Tag: Stainless Steel Supplier Philippines

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5 Reasons Why Stainless Steel Furniture Is a Great Choice

Young Bearded Man Sitting On A Leather Sofa In A Vintage Living

Why should you choose stainless steel furniture?

  1. Durable
  2. High resistance against corrosion
  3. Heat resistant
  4. Versatile
  5. Low-maintenance

 

Stainless steel is arguably one of the most useful materials in the earth. Many industries have been able to experiment on ways to utilize stainless steel in varying manufacturing processes. The material has many highly-attractive qualities, like high strength, high ductility, corrosion-resistant, and durability.

These desirable qualities make stainless steel also a good choice in furniture manufacturing. Stainless steel furniture has benefits which people can take advantage of, in their own households.

If you want to learn more about why you should consider buying stainless steel furniture, then it would be in your best interest to continue reading.

 

Durable

As mentioned before, durability is one of the qualities of stainless steel. When such a material is incorporated into the different elements or parts of furniture, it offers an added benefit that is arguably better compared to other materials, like wood.

For example, a glass coffee table made with stainless steel legs would provide this piece of furniture with a higher level of stability and durability, compared to, if the material were made of wood.

Technically speaking, various chemical alterations have already been conducted on the stainless steel material to increase its strength. Particularly, the size of the grain in stainless steel has been made finer.

The added durability allows you to use the stainless steel coffee table for long durations without having to ever worry about it suddenly giving away, or breaking. Apart from the material itself, processes like stainless steel alloying also give the material a higher level of durability.

 

High resistance against corrosion

Stainless Steel Tables And Chairs In High School Student Canteen

One of the most frustrating things about dealing with furniture made out of wood is that they can easily be alterable if they’re exposed to the elements.

For example, if you own a dining table largely made out of wood, it can easily be subjected to irreversible damages if it experiences a constant level of spillage from water or other kinds of fluids. The wood would eventually display discoloration, and it may even slowly break apart because of the high level of exposure to the elements.

It is for this reason that stainless steel is the preferred material to be used in such types of furniture. Its ability to withstand various degrees of corrosion offers it an added longevity to your household furniture installation. Especially if the stainless steel material has been alloyed with chromium, you can be sure that your table will possess a higher resistance against oxidation.

 

Heat resistant

Another benefit of having stainless steel furniture is that the material is highly resistant to heat.

If you haven’t thought about it before, wood furniture might potentially pose a high fire risk hazard, especially if it is put in places, such as the kitchen. Compounded with the failure to adopt the best practices, fire can spread more easily, with wood as the medium. Though such cases may be rare, they can be a good indication for you to begin considering incorporating stainless steel furniture in your home.

Stainless steel furniture won’t undergo vast degrees of warping when exposed to high heat levels. You can also be sure that it can add another level of safety to your homes, in the event of a catastrophic event such as a fire.

 

Versatile

Modern Living Room And Kitchen

From an aesthetic perspective, stainless steel adds another layer of versatility to your household furniture.

While stainless steel comes only in one color, depending on the type of finish, your stainless steel furniture can brighten up any part of your household. Furthermore, the neutral colors of stainless steel allow it to virtually complement many elements of a household.

If you want your household to have a more contemporary-feel, stainless steel furniture is a great choice to increase your house’s appearance and design. Since stainless steel has a high level of ductility – meaning it can be stretched and shaped into any form without undergoing breakage – finding stainless steel furniture with an intricate design isn’t a hard task to accomplish. If you’re considering purchasing a dining table, you can opt for one which features a curved stainless steel base.

Because of stainless steel’s versatility, furniture manufacturers who incorporate stainless steel into their products have limitless ways by which they can shape this kind of material in their desired form.

 

Low maintenance

As with any type of furniture, stainless steel requires maintenance, but these maintenance practices don’t have to be laborious endeavors.

Unlike wood which can be difficult to clean, cleaning stainless steel involves just some small degree of polishing, wiping, and sanitizing. You wouldn’t have to make use of specialized chemicals, or cleaning agents in order to retain the furniture’s desired luster if you constantly conduct the necessary low-maintenance procedures.

 

Key Takeaway

Stainless steel furniture benefits not only the appearance of your household but also your standard of living.

Stainless steel manufacturers have been creative in alloying this type of material in order for it to become more employable in a variety of other uses. One of these uses is in the furniture industry. The many desirable properties of stainless steel can also allow it to add an attractive feature to your household furniture implements.

The guide above has hopefully provided you with just some of the benefits of using stainless steel as furniture for your home.

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What is Stainless Steel Normalization?

Interior View Of A Steel Factory

What is stainless steel normalization?

  1. Heat treatment process
    1. Recovery
    2. Recrystallization
    3. Grain growth stage
  2. Benefits of normalization
    1. Reduce instances of structural irregularities

 

One of the most ubiquitous and most useful materials utilized by various industries is stainless steel. Some of the qualities which make it viable for construction, industrial, and food facilities, include its high resistance to corrosion, its durability, and its malleability. Useful stainless steel products include rebar, checkered plates, or welded pipes, which provide stable structuring for concrete or other materials. Various chemical processes like stainless steel normalization are applied to the material to alter or improve its pre-existing properties. The simple guide below will provide a brief overview of the changes which the material undergoes at it is normalized, as well as, the benefits resulting from this process.

 

Heat treatment process

Interior View Of A Steel Factory

The usefulness of stainless steel is something that cannot be emphasized enough. Aside from being one of the most widely-used construction materials, it has also been a common material found in everyday household items. Such items include cutlery, specifically spoons, forks, and knives. The most familiar item would perhaps be a pair of stainless steel scissors, which, by virtue of the material, can last for long periods of time due to its non-corrosiveness.

Industries have been able to manipulate stainless steel so efficiently, in various ways, like heat treatment, alloying, or cold working. These processes are undergone, so that the material may also be useful for higher-intensive manufacturing activities.

As a heat treatment process, stainless steel normalization is one of the most common. Through heat treatment, the material’s hardenability, ductility, or even flexibility can be improved, or reduced, depending on the type of usage. Generally, the aim of heat-treating stainless steel is to increase the level of the material’s ductility, while simultaneously lowering its hardness rating.

Normalization is typically applied to one such ferrous material such as stainless steel. Simply put, ferrous metals or alloys are those which contain iron, while non-ferrous alloys are those which do not contain iron. While high levels of carbon are utilized in manufacturing these alloys, stainless steel is one of the materials exempt from corrosion or rusting because of its relatively high chromium content. Through the normalization process, the graining structure of the stainless steel is altered, making them finer and therefore tougher compared to coarser-grained stainless steel, which can make for a weaker, and substandard stainless steel material.

The heat-treatment process in stainless steel begins with the application of heat in temperatures ranging from 20 degrees Celsius to 50 degrees Celsius, above the material’s highest critical point, which is defined as the temperature at which the physical or crystalline structure of the material is changed. The normalization of steel takes place in three stages, particularly, the recovery stage, the recrystallization stage, and the grain growth stage.

 

Recovery

This initial phase in normalization involves heating the stainless steel to raise its temperature. Through this process, the defects within the material are rearranged, relieving the stresses within it.

 

Recrystallization

After stainless steel undergoes the recovery phase, it will now be subjected to the recrystallization phase, which typically occurs through heating the material above its recrystallization temperature, causing the formation of stress-free grains. It is in this phase where the properties of steel, like hardness, yield strength, and tensile strength drastically change.

 

Grain growth stage

This step is the final step in the normalization process. In this phase, the changes applied to alter the grain structuring of the stainless steel begin to manifest themselves. This is where the new grains begin to fully develop, by subjecting the material to room temperature, as well as, air contact. Subjecting stainless steel to this final step will result in a more ductile, but less strong material. Simply put, the stainless steel’s ability to resist drastic changes to its tensile stress is increased.

 

Benefits of normalization

Strike Of Workers In Heavy Industry.

Through the process of normalization, or the application of heat to positively alter the material’s grain structure, the stainless steel’s tensile and ductile properties are manipulated. This would make them more useful in various other complex industrial processes.

 

Reduce instances of structural irregularities

There are many benefits for normalizing stainless steel, but perhaps the most obvious one, as what can be gathered from the process itself, is that it smoothens out the coarser-grained features of the material. Through this process, the microstructure of the stainless steel is changed, removing the impurities in the steel, and making the material more uniform. In unifying the structure of stainless steel, various other manufacturing, and industrial processes could make better use of it.

 

Key Takeaway

Much credit can be given to steel because of its sheer usefulness and ubiquity in a plethora of industries. It has been used in manufacturing, industrial, and even automotive industries. Just one way to manipulate the properties of the material is through stainless steel normalization, which is largely characterized by altering the grained microstructure of the metal. Resulting from this phase are more useful stainless steel products which these various industries can benefit from.

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3 Unconventional Ways Stainless Steel Improved Human Life

Skyline Of City

What are some unconventional ways that stainless steel has improved human life?

  1. Stainless steel helps reduce carbon emissions
  2. The agricultural industry also benefits from the use of stainless steel
  3. Stainless steel is one of the best biomaterials

 

Stainless steel is an industrial material that has undoubtedly improved the life of mankind. It is often touted as a miracle metal and it doesn’t come as a surprise. Stainless steel certainly has some miraculous qualities: high durability, tensile strength, resistance to corrosion, recyclability, and more.

However, many people are not aware that the influence of stainless steel on man’s life reaches greater than what they can see. If you want to learn more, then continue reading because the benefits of stainless steel are far greater than what you might think.

 

Stainless steel helps reduce carbon emissions

New Luxury Suv Compact Car Parked In Modern Showroom For Sale. C

In terms of unconventional ways stainless steel has improved man’s life, its contribution to the reduction of carbon emissions is one that has a widespread and profound effect. To understand how this came to be, you have to look at one of the biggest sources of carbon dioxide emissions: automobiles with a conventional combustion engine. You also have to consider one of the many solutions trying to address this problem in an innovative way: electric cars, specifically the fuel cell kind.

Fuel cell electric vehicles emit only water and heat with little to no tail-pipe pollutants i.e. ‘zero-emission vehicle’. Electricity is what serves as its source of power, and this electricity is generated in the fuel cell within the car. Plenty of fuel cells, usually 400 of them, are needed to generate enough energy and this would entail connecting them in a series. Tying it back to stainless steel, the miracle metal plays an important role in the production of fuel cell vehicles because it serves as the material of choice for the thin steel sheets that separate each fuel cell in a given stack or set-up.

While alternative materials like graphite exist, stainless steel is still preferred because it’s easier to mass-produce at a large scale and given its inherent qualities, it simply does a better job than these other alternatives with little to no downside or drawback.

 

The agricultural industry also benefits from the use of stainless steel

Going into more contributions that you wouldn’t expect stainless steel to make, the agriculture industry is also a heavy beneficiary. Modern agriculture is dependent on urea, an organic compound that is largely used as a fertilizer because it increases the yield of crop by three or fourfold. Urea is also the most common nitrogen fertilizer in the world.

As you can probably surmise stainless steel is another important component of the whole production process of urea. Without getting too technical, the process involves two reactions between ammonia and carbon dioxide. In between the two reactions an intermediate compound, ammonium carbamate, is produced. This compound is very corrosive and will rapidly break down any material it is exposed to if it doesn’t have the right properties. This is where stainless steel is once again put to good use.

Under normal circumstances, regular stainless steel is not corrosion-resistant enough to handle this kind of environment. Thanks to advancements in the production of stainless steel, new alloys were developed that can accommodate the high demands of the urea production process. This helped stabilize the production of urea and made it more consistent and accessible across the globe.

Simply put, stainless steel plays a crucial role in the global production of food. Going back to the previously stated observations wherein urea increases the agricultural yield of crops by a factor of 3 or 4, a rather jarring implication can be made: without urea, meeting the present global population’s demand for food would be impossible. Worldwide famine will likely ensue, and that is something that no one would want to experience.

 

Stainless steel is one of the best biomaterials

Fun Teamwork In Modern Lab

Finally, stainless steel is one of the most used biomaterials today in the field of medicine. If you aren’t too familiar with what that is, it is a material that has been specifically engineered to interact and, ideally, help the biological systems of organisms — whether diagnostically or therapeutically. As always, the combination of properties that stainless steel has allows for it to be biocompatible i.e. an ideal biomaterial, especially its resistance to corrosion and relative cost-effectiveness when compared to other metallic implant materials.

This ideal biocompatibility of stainless steel implants has been proven by successful human implantation for decades now and there is no reason to believe that it would change — unless it’s for the better. It would be more reasonable to expect that stainless steel will only continue to get better as a biomaterial.

 

Key Takeaway

As you’ve read above, stainless steel and the benefits that come with using it have truly helped mankind in many ways beyond the regular industrial production and construction that it is most associated with. Next time you have a plate full of food or getting a stainless steel implant that will make your life better, remember that stainless steel is the material that helps make it happen.

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Applications of Stainless Steel in Renewable Energy Production

Aerial View Oil Refinery, Refinery Plant, Refinery Factory At Ni

How is stainless steel applied in renewable energy production?

  1. Stainless steel is used in all areas of renewable energy
  2. It is also a green material

 

Renewable energy production has been growing in demand in recent years. This is due to the increasing global awareness of climate change and the scarcity of our current main source of energy: fossil fuels. One industrial material that has been helping the renewable energy industry prosper is stainless steel.

Thanks to stainless steel and its many applications, many consider it to be the material of the future. If you want to know how and why continue reading because you will be seeing more of renewable energy in the coming years.

 

Stainless steel is used in all areas of renewable energy

Oil Refinery At Twilight, Aerial View Petrochemical Plant And Oi

The energy industry benefits heavily from stainless steel because it can be found in all areas of energy production, both renewable and non-renewable. Whether it’s in the production or the distribution of energy, stainless steel plays a crucial role in making it all happen in the present and the future.

 

Biomass Energy

If you weren’t familiar with how biomass energy is produced, ‘biogas’ is at the center of it all. Biogas is a mixture of gases (typically methane and carbon dioxide) produced when organic matter is broken down in the absence of oxygen. Corrosive compounds are a by-product of this ‘breaking down’ process, which is why stainless steel is needed to facilitate the process without causing damage to equipment. Specifically, stainless steel is applied in biomass plants as the main material used for digester tanks, valves, pipes, and other metal fittings. Aside from the corrosion resistance, stainless steel is also advantageous in that it is easy to produce the said equipment and/or parts.

 

Geothermal Energy

When it comes to geothermal energy production, stainless steel also has a big role to play. Because geothermal energy relies on extremely hot water from natural sources such as springs and geysers, it would be crucial to use a material that has low thermal conductivity and is resistant to corrosion. Stainless steel is the first choice in this regard and can often be seen in geothermal plants as heat exchangers, pipes, valves, and condensers.

Solar Energy

The main application of stainless steel in the production of solar energy can not only be seen in the manufacturing of solar thermal-panels but also in thermo-solar energy plants as well. Water tank shells, cushion absorbers, frames, and more are made using it. Stainless steel can also help solar panels be more efficient at absorbing sunlight by making use of coatings.

 

Wind Energy

If you are familiar with wind energy, whether offshore or onshore, then you are also familiar with turbines and windmills. Most if not all of the parts of these wind turbines and mills are made using stainless steel — from the foundation and body to the internal components such as gears. Offshore wind turbines are placed in marine environments which can be hard for certain materials due to the increased rate of corrosion. Using stainless steel for such purposes allows offshore turbines to last as long as possible while needing the least amount of maintenance possible.

 

Hydroelectric, Tidal, and Wave Energy

Just like with offshore wind turbines, stainless steel’s corrosion-resistant, yet durable properties allow for effective and efficient production of energy from sources of water. The application of stainless in the construction of water dams is countless. Steel piles are also an integral part of tidal energy systems.

 

It is also a green material

Man Worker In The Firld By The Solar Panels

As you’ve read above, the reasons why stainless steel is widely used in the energy industry are mainly its corrosion-resistant and perpetually durable nature. Its high tensile strength allows structures to be built as energy-efficient as possible without sacrificing structural integrity. Stainless steel is also highly unreactive to many chemicals that are present in energy plants. However, one understated property that stainless steel has is its recyclability.

If you weren’t already aware, stainless steel is 100% recyclable. It can be reused over and over again without losing utility. This helps in minimizing waste during production processes and even at the end of a product’s lifecycle, the stainless steel can be fully reused. It is the perfect material to use for renewable energy production because it is a sustainable material.

 

Key Takeaway

Thanks to all that has been stated above and more, you can consider stainless steel to be the metal of the future — not because it will be used for futuristic devices and technology, but because it helps in securing the future. Non-renewable sources of energy will eventually be used-up which stresses the importance of renewable energy production going forward. Regardless of what kind of structure needs building, you can be sure that stainless steel will be used in one form or another.

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Thermal Conductivity in Stainless Steel and Aluminum

Thermal Conductivity In Stainless Steel And Aluminum

How are stainless steel and aluminum different in terms of thermal conductivity?

  1. Aluminum has better thermal conductivity
  2. High and low thermal conductivity are both useful
  3. Industries that benefit from high or low thermal conductivity

 

Stainless steel and aluminum have long been lauded as one of the most useful industrial materials being used today. Many different industries at different levels benefit from their use, thanks to their many wonderful characteristics. Aside from strength, durability, and versatility, aluminum and stainless steel have other attributes that make them truly useful.

One such attribute is thermal conductivity. This is the process by which thermal energy is transferred through matter and is usually measured in watts per kelvin per meter. Lower thermal conductivity means a lower rate of heat transfer while higher thermal conductivity means efficiency in conducting heat.

If you want to know more about the thermal conductivity of stainless steel and aluminum then continue reading because it could prove useful for you and your future industrial endeavors.

 

Aluminum has better thermal conductivity

Metal Texture Background

Right off the bat, the first thing of note between the two industrial materials is that aluminum has ‘better’ thermal conductivity. Important to note here that having high or low thermal conductivity is not inherently good nor bad. Aluminum simply has a relatively higher thermal conductivity. On the other hand, stainless steel has one of the lowest thermal conductivities for metal alloys.

Another metric used to track thermal conductivity is the British thermal unit (BTU), which uses a number to represent the ability of a material to conduct heat. Aluminum has BTU of 118 while steel has 17. Comparing both to another material like copper, which has a BTU of 223, aluminum can still be a better option because it is lighter, cheaper, and easier to work with and manipulate thanks to its low melting point. Aluminum is also the most abundant metal found in the earth’s crust, making it more accessible than other choices.

 

High and low thermal conductivity are both useful

Both high and low thermal conductivity is useful for many different applications. You just have to know which specific metal can get the job done for you. Aluminum conducts heat well and this makes it good for heat exchangers, heat sinks, and even for cooking materials such as pots and pans.

Since stainless steel is poor at conducting heat, it is better for manufacturing products that are exposed to high-temperature and corrosive environments such as automotive and aircrafts parts like engines and airconditioning systems. Using stainless steel can result in better energy efficiency which eventually leads to savings in the long run.

 

Industries that benefit from high or low thermal conductivity

Clean Saucepan On A Gas Stove In Kitchen

There are many specific industries beyond that value a material’s thermal conductivity, regardless if they are high or low. For example, the construction industry is known for using stainless steel for countless structures and their parts. It is good for building facades, foundations, curtain walls, and other architecturally exposed structure designs. The food industry also uses stainless steel to keep production processes stable where heat is involved. This can be seen in ovens and conveyor belts.

As for aluminum, the automotive and aerospace industries are its biggest beneficiaries because many car and airplane parts are made using aluminum. In fact, most air and spacecraft are made primarily using aluminum with the Boeing 737, the best-selling jet commercial airliner, being 80% aluminum. Even in small-scale product manufacturing, aluminum is widely used. It is a crucial component of light-emitting diodes or L.E.D lights, heat exchangers in electronics, and is also used for packaging, the second-biggest consumer of aluminum.

Aluminum is more malleable and elastic than steel. Aluminum can be used to form different shapes

 

Key Takeaway

The concept of thermal conductivity is complex, but knowing how and why they matter to many industries and manufacturing processes can be useful in helping you choose the right kind of metal alloy or material for future endeavors. Both stainless steel and aluminum are great, but it’s their less-popular qualities like their ability to conduct heat at varying levels that can make the difference.

Click here if you want to know more about aluminum and stainless steel because there is certainly more to know about these wonderful metals.

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Why Stainless Steel is Great for Tumblers

Why Stainless Steel Is Great For Tumblers

Why is stainless steel a good material for tumblers?

  1. It makes for an exceptionally durable product
  2. No chemical leaching into your drink
  3. It can protect you from harmful bacteria
  4. Reduces waste related to disposable containers
  5. Stainless steel is easy to clean

 

You have probably seen the rise in popularity of stainless steel tumblers and other drinkware in recent years and you might even have one for yourself, but do you know why exactly it has become popular?

While it can be hip to have a stainless steel tumbler, what many people aren’t aware of is that stainless steel is one of the best materials used for the purpose of handling food and drink. Compared to the predominant option when it comes to food handling, plastic, there are many drawbacks and disadvantages that plastic has that stainless steel doesn’t. Continue reading to find out why you should be using stainless steel drinkware instead of other alternatives.

 

It makes for an exceptionally durable product

If the word ‘steel’ isn’t enough to imply that stainless steel products are durable, then you would do well to know that stainless steel tumblers are exceptionally durable. When compared to the variety of plastics used for containing beverages, the utility provided by plastics pales in comparison to stainless steel.

Stainless steel tumblers are not only durable enough to withstand the wear and tear that comes with extensive use but they are also resistant to punctures, breakage, squeezing, and other conditions that can break and cause leakage in plastics. Thanks to its superior strength-to-weight ratio, it is also quite light. You might end up leaving some dents in your tumbler if you occasionally drop it by accident, but that doesn’t necessarily affect its main purpose of keeping your preferred beverage accessible.

Don’t forget that stainless steel is also resistant to extreme temperature conditions which makes it versatile in terms of use. The fact that stainless steel can last for a lifetime is an added cherry on top that helps you save money that would’ve spent buying beverage containers.

 

No chemical leaching into your drink

Metal Water Cooler And Heat

One of the biggest complaints people have in terms of the usage of plastic is that it can leach chemicals into your food or drink. One of the chemicals in question is Bisphenol A (BPA) because it was observed and found in thousands of plastic bottles and other containers. Many of the newer plastic products are now labeled “BPA-free”, but what about other chemicals? Plastic is known to leak other harmful chemicals when they are exposed to sources of heat or used for a prolonged period of time.

Stainless steel is naturally BPA-free which guarantees your safety every single time you use it regardless of its exposure to different conditions. This is also a great benefit for kids and toddlers that may be sensitive to chemicals in general.

 

It can protect you from harmful bacteria

In connection with the previous reason that is related to health safety, stainless steel protects you from potentially harmful bacteria. Plastics have many small pores that can harbor different kinds of bacteria over time that can eventually contaminate your food and drink. Stainless steel tumblers do not have this problem because the bacteria are easily washed away every time you properly clean your wares. Germaphobes can sleep peacefully at night thanks to this added benefit.

 

Reduces waste related to disposable containers

Stainless And Tumbler Cup

Another reason why stainless steel is great for tumblers is that they also cater to the environment-sensitive people. Plastic is inherently not made to be reusable which leads to an ever-worsening problem of waste management. Plastic bottles are usually used once or twice before being disposed of. In comparison, stainless steel tumblers and containers can be used perpetually until reasons relating to structural integrity and preference arise.

Put simply, stainless steel tumblers are durable and safe enough to be used until you no longer want to. If you want to help in keeping plastic waste products down while at the same time saving money, stainless steel is the way to go.

 

Stainless steel is easy to clean

While stainless steel is relatively maintenance-free, food and beverage containers need to be cleaned every time they are used. While it might seem like a hassle for some, stainless steel is relatively easy to clean.

If you want to keep it as simple as possible, running water and some manual scrubbing is enough to maintain its cleanliness. However, if you’re a soap and water type of person, then that is perfectly fine as well because stainless steel is unreactive to most cleaning agents, even industrial-grade ones.

 

Key Takeaway

Aside from the ones listed above, there are many more merits that come with using a stainless steel tumbler and other stainless steel food and drinkware in general. From health, environment, and utility reasons to cost-effectivity and convenience, all bases are covered when it comes to a stainless steel tumbler’s benefits. Given the increasing availability of such products, it wouldn’t be hard for you to try using one if you aren’t already. Try it and observe the differences it makes in your life.

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Effective Methods to Clean and Maintain Glass Windows

Empty Floors And Office Buildings In The Financial Center, Qingdao, China

What are the best methods to clean and maintain glass windows?

  1. Use a vinegar cleaning mix
  2. Use distilled water
  3. Spraying works best
  4. Wash during cloudy days
  5. Lessen the suds
  6. Get a Squeegee

 

Windows are an important element in the design of any home or building, as they help bring in natural light and cold air. Whether it be classic wood-framed windows or windows made using parts from your local stainless steel supplier, windows are constant features in any living or commercial space.

While it is a common solution to bring in a high-quality window cleaner to remove any dirt or stains present in your windows, using some DIY solutions also work well. Cleaning a window can be a tiring task, which is why having the best tools and techniques will help get the job done much faster.

 

What are the best ways to clean and maintain your windows?

There are many ways to clean and maintain your glass windows, and some of these methods are easy to do and apply. This will allow you to clean your windows without the worry of leaving stains, scratches or streaks. With that in mind, here are some of the best ways to clean and maintain your glass windows.

 

Use a vinegar cleaning mix

One of the most effective substances that can help you clean your windows is also one of the most common materials that can be found at home. The biggest advantage of using vinegar is it is a very safe substance to use, as it is non-toxic and is also used in the kitchen. This is also a very cost-effective solution as well, as you would not need to invest in other types of cleaning solutions for your windows.

To help get you started with using vinegar to clean your windows, you would have to create your own DIY vinegar window cleaning solution. All you would need is one cup of white vinegar (which is available in a lot of supermarkets) and around 2-3 cups of water. The amount can vary depending on the amount of dirt and stains on your windows.

After mixing and creating your vinegar cleaner, the next step is to put it inside a bottle to allow you to apply it to your windows. The vinegar would be able to remove dust, dirt, and stains quite easily, providing you with clean windows all around. It is worth noting that vinegar can have a strong aroma that will take a while to fade.

 

Use distilled water

Use Distilled Water

Along with using a vinegar mix to help clean your windows much better, it is also important to take into account the quality of the water that you are using for cleaning. The biggest advantage of using vinegar is it is a very safe substance to use, as it is non-toxic and is also used in the kitchen. Glass surfaces are very delicate, as they are vulnerable to dirt, stains, and scratches. Using a solution that is not pure might only cause more problems, which is why making your solution as clean as possible is the best step. Distilled water also prevents streaks from appearing on your glass windows, making it a better cleaning experience overall.

 

Spraying works best

When washing your windows, always make sure all of your cleaning solutions are contained in spray bottles. These bottles help you spread the cleaning solution across your window, helping you cover a wider area. This makes your cleaning experience easier and more efficient, taking you less time. Always make sure you have your spray bottles ready when cleaning and maintaining your windows to have the best experience.

 

Wash during cloudy days

Empty Floors And Office Buildings In The Financial Center, Qingdao, China

Along with having the right cleaning solution for the job, you also need to make sure you are cleaning during an ideal time of the day. Cleaning during a sunny day will help the solution dry up quicker, but it can leave dry streaks behind, making you start the cleaning process again. It is best to wash during the cloudy days, where the weather is moderate and manageable. This will make sure your solutions would not dry up quickly, allowing you to clean more properly.

 

Get a Squeegee

Another essential window cleaning and maintenance tool is a squeegee. A squeegee allows you to easily wipe off cleaning solutions. Squeegees are mostly made out of plastic. Squeegees also come in different sizes, with the longer ones allowing you to reach higher windows with relative ease. Before you begin cleaning and maintaining your windows, it is best to get a squeegee beforehand.

 

Key Takeaway

Cleaning windows can be a challenging task, as removing dust, dirt, and stains can be tough without the right tools. By following these handy cleaning and maintenance tips, you would be able to have the cleanest and best-looking glass windows all around.

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Properties of 304 and 316 Stainless Steel

Metal Tubes. 3d Illustration. Render

What are the properties of 304 and 316 stainless steel?

  1. Chemical composition
  2. Corrosion resistance
  3. Cost
  4. Uses

 

Stainless steel is one of the most used metal alloys for construction and manufacturing purposes. The reason behind that is the many different grades that it has. Each grade of stainless steel differentiates itself in one way or another, yet most people aren’t aware of what these differentiating factors are. This makes trips to their local stainless supplier difficult for most people.

Specifically, 304 and 316 are the two most commonly used types of stainless steel, but the question begging to be asked is, “how exactly are the two different from each other?” It can be easy to mistake one for the other because they are both durable, austenitic (non-magnetic), have no visible difference, and there are only a few tests you can do to distinguish the two. This can sometimes lead to some complications for your construction or manufacturing project.

In order for you to avoid the problems that come with not using the proper grade of stainless steel for your purpose, here are the properties of 304 and 316 stainless steel and how they differ from each other.

 

Chemical composition

Metallic Pipes On Warehouse, Rows Of Metal Pipes On Industrial Warehouse. Industrial Interior,

In terms of similarity in chemical make-up, all types of stainless have the same amount of basic iron and carbon in their composition. The biggest difference between the two types of stainless steel is in the rest of their chemical composition. For steel to be considered ‘stainless’ there is a required level of chromium, 10.5% to be exact.

Chromium is the source of the ‘stainless’ nature of the metal alloy however, there is already a difference when it comes to the level of chromium present in 304 and 316 stainless steel. 304 has 18% while 316 has 16%. Nickel is another element that is present in both grades and they also differ in that regard. 304 contains 8% nickel, while 316 contains 10%.

However, one element that is present in 316, but not present in 304 is molybdenum. 316 always has a minimum of 2% molybdenum in its chemical structure. This naturally leads us to the next property of stainless steel.

 

Corrosion resistance

To put it simply, the added molybdenum in stainless steel 316 makes it more corrosion resistant than the other types of stainless steel, despite all of them being reasonably resistant to corrosion. Molybdenum is specifically added to help resist the corrosion coming from chloride and saline solutions. These are directly related to sources of water such as swimming pools, seawater, and de-icing salts. Knowing this makes it clear why the 316 variant of stainless steel is often referred to as ‘marine-grade’.

 

Cost

Pipe Steel

As a general rule of thumb, the cost of stainless steel is largely dependent on the elements that are present in the alloy’s chemical composition. As previously stated, all variants of stainless steel have a huge amount of iron and chromium. Any other element that will be added ultimately adds to the cost. This is when you start factoring in the other chemicals used to create the alloy such as nickel, silicon, manganese, carbon, etc.

Because 316 contains an element that is not found in 304, it is more expensive than the latter. Molybdenum is certainly not cheap, nevertheless, you are paying for that extra protection against the elements which makes the extra cost reasonably worth it.

 

Uses

Being the most widely used variant of stainless steel, 304 has an innumerable amount of uses that include parts for building and structural facades, kitchen appliances, sinks, pots, pans, stainless hardware, and car parts. It is also well suited for liquid storage and tanks as long as the water is fresh. There really is no limitation to how stainless steel 304 can be utilized as long as it is not exposed to harsh chlorine and saline environments.

Meanwhile, 316 can also be used for normal manufacturing and construction purposes, but due to its increased resistance to oxidation and price, it is more favored for specialized purposes in seawater and marine applications. These include stainless steel floats, boat and ship parts, heavy-duty equipment, and even firearms.

Thanks to its chemical resistance it is also used in processing equipment for paper, pharmaceuticals, and chemicals. Even the medical field benefits because stainless steel 316 is also used for surgical instruments and devices.

 

Key Takeaway

As you’ve already read, stainless steel and 304 and 316 are very similar, yet different at the same time. The key difference lies in the level of resistance to corrosion. If your construction job requires superior corrosion resistance, then 316 is your best bet. But if you are on a tight budget, and will use stainless steel in a relatively normal environment, then 304 will serve you just right. If you’re still not sure what to choose, you can always ask your local stainless steel supplier for advice as they will surely know the right kind of steel for you, stainless or otherwise.

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Passivation of Aluminum and Stainless Steel: Should You Do It?

Large Steel Factory Warehouse

Why should you passivate aluminum and stainless steel?

  1. What is passivation?
  2. How does the passivation process work?
  3. When should you passivate your metal alloys?

 

Corrosion has long been the enemy of metals and their subsequent alloys. Just ask your local stainless steel supplier, and they will definitely tell you that dealing with corrosion often becomes a headache. This is especially true when certain building materials aren’t handled or treated properly. Thanks to corrosion and rust specifically, the durability of products and structures can become significantly compromised after a number of years if not within 1 or 2.

Thanks to the development of modern metal alloys such as aluminum and stainless steel, the construction industry’s struggle against corrosion became easier to deal with. This is due to the interesting ability of aluminum and stainless to undergo the process of ‘passivation’. What does that word even mean? Should you do it? and what can it entail for you and your construction endeavors?

 

What is passivation?

What Is Passivation

Passivation is a chemical process wherein an extra outer layer of protection against corrosion is added to or formed on a given material’s surface. It occurs naturally in aluminum and stainless steel which is why they have been so useful for the construction and manufacturing industries since their conception.

The fascinating part about passivation is that metallurgists have found ways to boost, accelerate, and even elevate this process in metal alloys so that they are even more resistant to corrosion than usual. Technically speaking, passivation is a form of corrosion. This is because the metal reacts with its environment to form a chemically inert surface. The thing is, this form of corrosive surface will help reduce, if not nearly eliminate, any further corrosion that could potentially happen.

 

How does the passivation process work?

Before going into the specifics, it is important to note that the process of passivation is not the same for stainless steel and aluminum. In fact, passivation is more associated with stainless steel than aluminum, so it is best to distinguish between the two.

 

Stainless steel passivation

Stainless steel has a natural form of corrosion resistance thanks to a very thin (about 5 nanometers) layer of oxide on the steel’s surface. This layer forms thanks to the chromium component of stainless steel, and for it to form properly, there needs to be at least 10.5%  chromium in the alloy. The oxide layer is also referred to as a ‘passive layer’ because it renders the surface electrochemically passive in the presence of corrosion-inducing elements.

It is important to point out that while stainless steel has a natural resistance to corrosion, not every alloy is impervious to rust. It is not surprising for small instances of rust to appear on a stainless steel surface because foreign matter can make its way and embed itself to a given metal’s surface. This makes it possible for water molecules to oxidize the iron component. This kind of corrosion is referred to as ‘roughing’, and certain grades of metal alloys are more susceptible to it than others.

In order to manually passivate stainless steel, the material must be thoroughly cleaned to ensure that no contamination can happen. After cleaning, the metal goes through a passivating acidic bath that meets the material’s temperature and chemical requirements. It is then rinsed with water and dried. Through this process, the exogenous iron is removed and a passive oxide layer is created to further inhibit the formulation of rust.

 

Aluminum Passivation

Aluminum, just like stainless steel, also undergoes a natural process of oxidation that forms a thin, protective surface layer of aluminum oxide. Again, just like with stainless steel, not every aluminum alloy does a good job of forming the said oxide layer for the same reasons stated above. Extra protective measures might be required for certain grades of aluminum.

 

When should you passivate your metal alloys?

Metallic Pipes On Warehouse, Rows Of Metal Pipes On Industrial Warehouse. Industrial Interior,

When considering the circumstances in which passivating your stainless steel or aluminum is a good idea, there are two main benefits to think about. You already know about the first one, anti-corrosion, but the lesser-known benefit of passivation is purity. Both of these go hand-in-hand because dirt and impurities are one of the causes of corrosion.

As a general rule of thumb, you should consider passivation for your metal alloys if you need extra protection from the elements. This is especially true for your outdoor structures and products that experience the full brunt of the weather. It also can not be stressed enough that different grades of metal alloys provide different levels of corrosion resistance. If the metal you are using is inherently weak to corrosion, then passivating it should be your next best option.

 

Key Takeaway

The passivation of metals is a useful process that can be either organic or engineered. Only the best local stainless steel suppliers around would know that manually passivating stainless steel and/or aluminum is a good way to maintain and protect your structures and commodities.

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How to Braze Aluminum

How To Braze Aluminum

How do you braze aluminum?

  1. Wear the necessary safety clothing and gear
  2. Clean the area to be repaired
  3. Secure the piece to be brazed firmly in place
  4. Apply flux
  5. Heat the area to be repaired
  6. Apply the filler aluminum 
  7. Remove flux
  8. Polish and apply with rust-resistant coating

 

Brazing aluminum is a great way to save money if you do not want to incur extra costs by buying new aluminum parts to replace the cracked or broken ones. However, the lack of know-how might be a good enough of a barrier to make you run to the nearest aluminum and stainless steel supplier in the Philippines and spend money that you would have otherwise saved.

Don’t go just yet because if you have the right tools and materials on hand, the steps to braze aluminum might not be as hard as you thought it was. To prove it, here are the steps you need to know in order to braze aluminum.

 

Wear the necessary safety clothing and gear

Wear The Necessary Safety Clothing And Gear

Before you start with anything, make sure to have the necessary safety clothing and gear. Your safety checklist should include a pair of heavy-duty gloves, a thick, long sleeve upper garment (preferably a coat or jacket), a pair of thick pants, heavy-duty shoes, and a helmet or a pair of goggles.

In terms of safety gear what you need are the following: degreasing solvent, some flux, a propane or acetylene torch, filler aluminum, some water, polishing cloth and rust-resistant coating.

 

Clean the area to be repaired

Using the aforementioned water and degreasing agent, clean all the dirt, oil, grease, paint, or any other type of residue from the area to be brazed. Depending on the size of the area, you may need to use a sandblaster or a grinding wheel to fully rid it of blemishes.

 

Secure the piece to be brazed firmly in place

Secure The Piece To Be Brazed Firmly In Place

Not much explanation needed here since you need to have stability when brazing. If you start the process without firmly securing the aluminum piece in place, you might not be able to fully repair it. The worst-case scenario is the piece drops as you are brazing it which could further add to the damage it already has.

 

Apply flux

Applying flux before brazing is important because you need to make sure that the aluminum is pure or without impurities before they are fused together. Use a brush to apply it. You can eliminate this step altogether by coating the aluminum filler with flux before you braze it onto the broken area.

 

Heat the area to be repaired

Heat The Area To Be Repaired

After applying the flux, you’re now ready to begin the brazing proper. Start by heating the area to be repaired until it shows an orange color. The flux itself must also change color if not turning clear throughout.

 

Apply the filler aluminum

Place the filler metal on the cracked area while it is still hot. The heat of the metal will melt the filler into the area that needs repairing and should cover it thoroughly thanks to capillary action. Move the flame of the torch on and off as needed to melt the filler as needed.

 

Remove flux

Remove Flux

Source: Flickr

Let the aluminum settle and solidify. Once you are certain that it has already solidified, dip the aluminum piece in hot water. If it’s too big, just pour the hot water on top of the repaired area which should cause the flux to flake off. If that doesn’t work then brush it off gently with a brush while it’s still wet with water. Wait for it to cool off completely.

 

Polish and apply with rust-resistant coating

Once cool, polish the area with an emery cloth or using some form of coated abrasive. Make sure to check for deformities and to buff of small overlaps in the filler metal and original aluminum piece. Finally, coat the whole repaired area with some rust-resistant coating to prevent corrosion.

 

Mistakes to avoid when brazing aluminum

On top of all those steps here are some mistakes to avoid when brazing just for some added information:

Using low duty equipment

Despite its low melting point, the thermal conductivity of aluminum is five times more than that of steel, which means that the heat dissipates very quickly. This simply means that you need heavy-duty equipment that can sustain currents and voltages that exceed that of the requirements for brazing steel in order to properly braze aluminum.

 

Preheating

It might be tempting to preheat every single piece of aluminum you braze, but experts say that that is not necessary if you have the right equipment. Preheating is not a bad thing to do, but it can be easy to get carried away and lose control of the temperature of the alloy. Remember that overheating aluminum can change its mechanical properties making it harder for you to manage the brazing process. The magic number is 200 Fahrenheit (or 93.3 Celsius). Anything higher than that is a no-no.

 

Key Takeaway

Brazing aluminum might be a challenge for many people, but that shouldn’t discourage you from trying it on your own. In fact, this could be a great way to save money on repairs that you would normally bring to your nearest aluminum and stainless steel supplier in the Philippines. Follow the steps listed above, use the right equipment, and always be mindful of what you are doing and you will surely be able to get the job done yourself on your next aluminum brazing adventure.

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6 Factors to Consider When Choosing Between Aluminum and Steel

Different Kind Of Metallic Profiles

What are the important factors to consider when choosing between aluminum or steel?

  1. Durability
  2. Strength
  3. Corrosion Resistance
  4. Versatility
  5. Weight
  6. Cost

 

Aluminum and steel are some of the most utilized metals across different industries for a multitude of products and building projects. Steel is popular because of its high tensile strength, low cost, and recyclability. But don’t go calling your local stainless steel supplier right away because aluminum can still make a case for its worth.

Aluminum is the third most abundant metal in the earth’s crust. It also has the best strength-to-weight ratio and is unbeatable when it comes to the variety of its uses: automobile, motorcycle, and bicycle parts. It is also used in aircraft design and architectural moldings. Like steel (especially the stainless kind), it is also a very environmentally efficient metal which makes using either metal good for the environment.

 

  • Durability

The first and most apparent factor you are going to have to take into consideration is durability. Metals are typically known for their durability, but not all of them have the same kind of durability. The ability to withstand wear and tear, pressure, or damage varies from metal-to-metal and when it comes to steel and aluminum, there are some notable differences.

 

  • Strength

Metal Railing At The Facade Building Monochrome

Tensile strength is the name of the game when it comes to durability, and in that regard, steel is king. Tensile strength is the maximum amount of stretching or pulling a metal can withstand before it breaks or is permanently damaged. Without getting into specifics, steel and all of its sub-categories have a higher tensile strength than aluminum and its derivatives. This is by no means an indication that aluminum is a weak metal that easily breaks — steel is just a bit stronger.

 

  • Corrosion Resistance

Luckily for aluminum, tensile strength is not the only way to evaluate durability. Resistance to corrosion is also important to consider because metals become susceptible when exposed to the elements. Corrosion is a natural process that converts refined metals to a more chemically stable form (think of your oxides and sulfides).

That being said, steel is an alloy that is made up of refined metals like iron and copper, so they are pretty susceptible to rust. Despite that, the more popular derivative, stainless steel, has chromium added to its alloy formula to give it an anti-corrosion layer. This pretty much solves the corrosion problem.

Meanwhile, aluminum has an edge over steel in this regard because it does not contain steel or iron, meaning it does not rust. The thing is, rust is just one kind of corrosion that affects metals. Aluminum, when exposed to weathering and atmospheric oxygen, can oxidize and produce a layer of aluminum oxide. What’s interesting to note here is that aluminum oxide actually protects the metal from further corrosion. What this means is that the more aluminum corrodes, the more it is protected from further corrosion.

Either way, you really cannot go wrong. Both metals are competitively durable and have a good level of corrosive resistance. The important part here is knowing what kind of elements are present in the environment you are going to use the metal in before deciding which to use.

 

  • Versatility

Shiny Silver Metallic Textured Background

Versatility is where things start to favor aluminum. The “miracle metal” is well known for its malleability. This means it can be successfully de/reformed and bent into a variety of custom shapes or profiles without suffering noticeable breaks or cracks. Aluminum is also very ductile, allowing it to be stretched without breaking.

When it comes to temperature, aluminum is also the more versatile choice because it becomes harder as temperatures go lower. Steel, meanwhile, tends to become a little more brittle under cold temperatures and that affects its aforementioned tensile strength. Both metals and alloys have no problem withstanding high temperatures though and should hold up even in a fire. Just avoid touching it.

 

  • Weight

As previously stated, steel is stronger across the board, but aluminum wins the strength-to-weight ratio. This is why aluminum becomes the better choice in the production of transportation modes such as aircraft, automobiles, and locomotives. Lower weight means better fuel efficiency and faster speeds.

Steel, on the other hand, is heavy and is better for solid structures requiring stability and foundational strength. Seeing both metals incorporated in a multitude of ways isn’t an uncommon sight as products, buildings, and pretty much anything that can be built will always be better with steel and aluminum parts working together to full effect.

 

 

  • Cost

Stainless Steel Entrance Guard At Apartment Entrance

Lastly, cost should always be taken into consideration when choosing a metal to use for your respective purposes. In this regard, steel is usually less expensive, but it still depends on what kind of steel you are looking to get. Your run of the mill steel and carbon steel are less expensive than aluminum, while stainless steel is pricier. It all depends on your budget and the specific job you are going to use it for.

 

Key Takeaway

Steel and aluminum have their advantages and disadvantages, but what both have in common is that they are products of metallurgical ingenuity and are good for a number of different industrial purposes.

It all boils down to what you need to do, what your budget is, and what specific particulars you are going to be dealing with. Tailor your choice according to those, and you should be good to go.

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How Glass Plays a Major Part in Camera Lenses

How Glass Plays A Major Part In Camera Lenses

How does glass play a major part in camera lenses?

  1. Glass lenses bend the light
  2. Glass makes up the anatomy of a lens
  3. Different glass camera lenses, different focal lengths

 

In order for cameras to accurately depict its surroundings, various kinds of glass are specially designed and placed in camera lenses to generate the perfect image. Locally, these types of glass are created by professionals at glass and stainless steel suppliers in the Philippines such as One Sky Philippines.

These different variations of glass bend the light that comes through the lens. After which, the lens directs and focuses the beams of light into the imaging chip that provides you with the sharp images that you can view on your camera. These lenses need to be specially crafted in order for them to efficiently work together.

Read on to learn more about how glass plays a major part in camera lenses.

 

Glass Lenses Bend the Light

Glass Lenses Bend The Light

At first glance, it may seem simple to take a picture with your camera. Just one click and you have a sharp image of the scenery or loved one that you are taking a picture of. However, on the inside of your camera, a complex process is working overtime to convert beams of light into the images you see on your screen.

Lens elements need to be strategically positioned in order to maintain the sharpness of multiple focal lengths. To put it simply, pieces of glass need to be constantly adjusted to ensure that your image remains in focus no matter how near or far your subject is. Not only that, but the glass must be able to capture the entire width of the image, making sure that every single area is in focus. This becomes more difficult especially when it comes to zoom lenses, which are able to cater to a variety of focal lengths in just one camera lens.

The next part will further discuss the specifications of how glass works within the anatomy of a camera lens.

 

Glass Makes Up the Anatomy of a Lens

The different types of glass inside the anatomy of glass are placed around specific areas. They are called lens elements. Some are attached to exterior rings that can help with focusing or zooming in. Some are fixed to the inside of the camera lens cylinder and cannot be moved. Here is a list of lens elements that make up the anatomy of a lens:

  • Front Element
  • Lens Group
  • Aperture
  • Rear Element

These pieces of glass all vary in shape. Some are convex (popping out in the center), flat, and concave (squished in the center). The number of lens elements within a camera can also increase or decrease depending on the type of camera lens you purchase. Each camera lens is used for a number of different reasons due to their differing aesthetics.

 

Different Glass Camera Lenses, Different Focal Lengths

Different Glass Camera Lenses, Different Focal Lengths

When shopping for a camera lens, you will have to make a very important choice between a zoom lens or a prime lens. These two different types of lenses have a range of focal lengths that you can choose from. They also have their own unique properties and are useful for specific activities.

In terms of a prime lens, its unique quality is that it has one fixed focal length. This means that the prime lens has a lesser number of parts, which helps it capture sharper images. It has no zooming properties as well, which means that you will need to physically move closer or further away in order widen the range of your image. Here is a list of popular prime lenses and their specific uses:

  • 50mm

50mm lenses are used to capture macro images. They can include extreme details in subjects that cannot be captured by other types of lenses. The type of glass found in this lens can easily take a picture of even the smallest details. This lightweight and affordable lens is perfect for someone looking to try prime lenses for the first time.

  • 28mm

A 28mm is also known as a “wide lens”. The special property of this lens is that it has the ability to capture a large part of your subject. The glass distorts the light in order to fit the whole scenery in. This is perfect for those who want to capture outdoor scenery or to fit in a large group of people in a gathering.

  • 85mm

85mm lenses are perfect for those into portrait photography. The lens can easily capture a large part of the subject with just a hint of the background to frame them in. Its length will make it easier for you to capture your subject without needing to move too close or too far away from them.

On the other hand, a zoom lens can be adjusted into multiple focal lengths with a twist of a ring. These are useful in cases where you are limited to move around and also to easily zoom into far away subjects. This is also ideal for those who are into videography, as you will not need to constantly change the lens to get the perfect shot. Here are some of the more popular types of zoom lenses:

  • 18-55mm

An 18-55mm zoom lens is usually called a “kit lens”. This is a popular lens for beginners as you will be able to observe the differences of numerous focal lengths. You will be able to take pictures of subjects that are a few steps away from you.

  • 18-200mm

If you are planning on going on vacation, a superzoom lens such as an 18-200mm one will help you greatly. The wide array of focal lengths will keep you prepared for any type of subject you may want to capture. This can capture the detail on subjects extremely far away from you.

  • 100-400mm

If you want to capture sporting events, then the 100-400mm telephoto lens is for you. This can allow you to capture action between a number of people while maintaining its clarity. It can also offer you a clear picture of your subject while blurring out the background to really bring attention to the right place.

Research well on the different kinds of lenses and their respective lens elements to learn how to produce high-quality pictures.

 

Key Takeaway

There are a number of factors that go into capturing an image. One of the major factors are the specialized kinds of glass found within camera lenses and the camera body itself. Glass of all shapes and sizes are strategically placed in areas of the anatomy of the camera lens to filter the light beams that come through it. These have to be made by professional glass and stainless steel suppliers in the Philippines, such as One Sky Philippines, in order to ensure that each piece works the way it should.

Do more research on the different types of camera lenses to be able to effectively capture a pristine image of your surroundings.

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The History of Tempered Glass

The History Of Tempered Glass

What is the history of tempered glass?

  1. The creation of tempered glass
  2. Rise in popularity
  3. Introduction to the global market
  4. Tempered glass in major industries

 

Tempered glass is known for its strength as well as its ability to shatter into tiny and relatively harmless pieces. It can be bought from stainless steel suppliers in the Philippines. The glass is used in products that are either in constant contact with the human body or are used as a safety measure for them. It is also integrated into areas with a high risk of fractures such as buildings or automobiles.

Examples of tempered glass in items are screen protectors for cell phones, glass doors for showers, and microwaves. These can be purchased at trusted suppliers such as One Sky Philippines. Here is a timeline of the history of tempered glass.

 

How Is Tempered Glass Made?

Tempered glass is made with the annealing method. It creates tension in the middle of the glass and compression on its outer edges. This is the secret to the strength of tempered glass. Here are the three steps in the annealing methodology.

  1. Cutting
  2. Tempering
  3. Quenching

Cutting is the first part of the creation of tempered glass. The glass is cut into the set length and width. Then, an abrasive is applied to smoothen the sharp edges. Afterward, the glass is washed off of any excess debris. The glass must be properly examined in order to spot any imperfections that could cause it to break in the proceeding steps.

Tempering is the next step. The glass is fed into a tempering oven and heated to more than 600 degrees Celsius. Note that this extreme heat treatment process could cause breakage if the glass has an imperfection.

Quenching is the last step in the creation of tempered glass. The glass is removed from the tempering oven and immediately sprayed with high-pressure air. This extreme cooling process is called “quenching”. It cools the exterior faster than the center, causing tension and compression that strengthens the glass.

 

The Creation of Tempered Glass

The Creation Of Tempered Glass

The process of tempering glass was first created in the middle of the 17th century. In 1874, King Francois Barthelemy Alfred Royer de la Bastie discovered a kind of glass that breaks into tiny little pieces while maintaining its physical form. He heated a piece of glass until it was molten and immediately quenched it in a hot bath of oil.

In 1877, a German named Friedrich Siemens created a different version that is more commonly known as compressed glass. His process presses the glass into cool molds. This method created an even stronger kind of tempered glass.

Austrian Chemist Rudolph A. Seiden was the first to win a patent for the creation of tempered glass.

 

 Rise in Popularity of Tempered Glass

In 1876, American Geovge E. Rogens received a patent in Massachusetts to introduce tempered glass into drinking glasses and streetlamps. American Hugh O’Hill won a patent in New Jersey in the same year.

By 1936, tempered glass was being added on to vehicles in the United States as a form of protection. Studies were showing that people were most likely to pass away in the case of them being ejected from the vehicle during an accident. Tempered glass was chosen due to its ability to stay intact when damaged.

 

The Introduction of Tempered Glass to the Global Market

Tempered glass was first introduced to the global market by a Chinese company called Shanghai Yaohua Glass Factory in 1955. By 1965, another Chinese company was creating military grade glass.

By the 1970s, tempered glass was everywhere. The glass was widely promoted and became incredibly popular all over the world. It was most commonly used in the automobile, construction, and electronics industries.

 

Tempered Glass in Major Industries

Tempered Glass In Major Industries

Tempered glass became popular due to a number of industries. This kind of protective glass can greatly reduce the chances of extreme injuries. These can be purchased at trusted suppliers such as One Sky Philippines. Here is a list of industries and how they make use of tempered glass.

Automobile

The windows of a vehicle are made of tempered glass. It can withstand the pressures from large potholes and even just the closing of the car door. A new kind of glass has been developed that combines the strength of laminated and tempered glass. These are quickly being integrated into new car models.

Construction

Windows and glass doors need to be made of a glass that can withstand constant use and possible banging. Tempered glass is used for this specific reason. Windows and doors can be suddenly and violently shut by strong winds. It is important that the kind of glass it has can withstand the impact.

Electronics

In terms of electronics, tempered glass is used mainly for the protection of devices such as cell phones and computers. This kind of screen protector can withstand the wear and tear of the owner’s constant use as well as any damage that could happen from accidental falls. It can also be used for appliances that need to handle constant heat but also be observable on the inside such as ovens, coffee machines, and microwaves.

 

Key Takeaway

Tempered glass was created as an alternative to kinds of glass that could be harmful once broken. It can ensure your safety while providing a unique aesthetic appearance in a number of ways. The number of industries that utilize this kind of glass can attest to its durability and safety. In the Philippines, stainless steel suppliers sell tempered and other forms of protective glass. Do your research well to find the best kind of glass for you.

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Understanding Flatware with Stainless Steel Suppliers in the Philippines

Understanding Flatware With Stainless Steel Suppliers In The Philippines

What is there to know about flatware?

  1. Flatware of silverware
  2. Available in 3 qualities
  3. Flatware varies with weight
  4. There is a decorative purpose
  5. Comes in a variety of colors and designs
  6. Attributed mostly to knives, but…
  7. There are pros and cons for different qualities
  8. Longevity over price

 

Flatware is also known as cutlery sets, and they are collectively the kitchen utensils you make use of every day. You can find these among stainless steel suppliers in the Philippines. Aluminum suppliers may also cater to a variety of your flatware needs. However, are they really just the forks, spoons, and knives found in the kitchen? For a better understanding of what flatware is in general, here’s some information to go by.

 

Flatware or Silverware?

Flatware Or Silverware

Cutlery is embedded with 2 possible definitions. Flatware refers to the utensils used in a kitchen or restaurant setting. Silverware is pretty much the same—your common spoon and fork. The main difference is that silverware is composed more of silver than stainless steel. The latter leans more towards steel that you can even find them from stainless steel suppliers in the Philippines under reasonable price.

 

Available in 3 qualities

Just as stainless steel is determined by their grades, so are flatware recognized in 3 qualities. These are your 18/10, 18/0, and 13/0 types. 18/10 contains 18% chromium and 10% nickel. 18/0 contains the same percentage of chromium, but no traces of nickel. 13/0 contains 13% chromium, also with no nickel composition. These qualities allow you to determine which flatware should you look for. A 13/0 type is ideal for blade forging to create a sharp cutting surface. It is also resistant to rust and corrosion.

 

Flatware varies with weight

Flatware varies with weight

Aside from its differing qualities, there are also 3 flatware weights to choose from. These are your medium-weight, heavy-weight, and extra heavy-weight flatware. Medium-weight is the lightest among the 3. You can usually spot this in canteens, schools, or office settings. Heavy-weight flatware boasts durability. It does not bend easily, therefore is ideal for restaurant establishments. Extra heavy-weight flatware, naturally, goes beyond simple settings as common buildings. You can find extra heavy-weight flatware in world-class hotels and fine dining restaurants.

 

There is a decorative purpose

Stainless steel has proven its worth as a cornerstone for building structures. However, luxury homes are also known to make use of stainless steel for decorative and even culinary purposes. Whether silverware or flatware, there is an attractive charm when these utensils are out on display. Matter of fact, it is enticing to find delicate flatware not only on the dinner table but even when they are admired from a distance. Its smooth and luster effect makes for an inviting atmosphere.

 

Comes in a variety of colors and designs

When you hear the word kitchen utensils, thoughts automatically drift to the silver-colored spoons and forks. Flatware made of stainless steel is limited to that hue. There are gold-colored and copper-colored variations. There is also flatware which is carved with elaborate designs to fit certain themes. Because it always comes in a set upon purchase, manufacturers ensure that there is a variety to choose from.

 

Attributed mostly to knives, but…

Attributed Mostly To Knives, But…

Flatware is also known as cutlery sets because they cater to the forging of different knives. From butcher to butter-spreading knives, to rolled-type knives and hollow handled knives. Although this is the case, flatware is collectively a set composing of the three basic utensils when dining: knife, spoon, and fork.

 

There are pros and cons for different qualities

We have discussed that flatware generally comes in 3 types. These types come with their own attributes. For example, an 18/10 flatware is done with a high polish finish, equipped with higher durability, is easy to maintain, and is dishwasher safe. On the other hand, an 18/0 flatware has a softer shine and is prone to staining. When purchasing flatware that is fit for your household needs, it is important to consult thoroughly with your supplier. May it be an aluminum supplier or otherwise, what’s essential is that they can give you satisfactory knowledge of this matter.

 

Longevity over price

Longevity Over Price

This is not to advise that it’s alright to buy a prestigious set for a huge amount of cash. Rather, this is to say that you have to ensure it’s worth the price for its durability. Let’s admit it: flatware could be expensive. People are making it a priority mainly because it lasts long. Consider that once you’ve purchased flatware equipped with damage-resistant, versatile properties, it will stay with you for a considerable amount of time.

 

Key Takeaway

Flatware may seem like it’s nothing new or nothing special. They’re just your ordinary spoon, fork, and knife, right? However, you must also have in-depth information on what makes up those utensils. As someone who makes use of it every day, it won’t hurt to become more aware of the materials you are using.

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7 Considerations When Choosing a Stainless Steel Grade

7 Considerations When Choosing A Stainless Steel Grade

What are the factors to consider when choosing a stainless steel grade?

  1. Common uses of stainless steel
  2. Categories of stainless steel
  3. Resistance to corrosion
  4. Resistance to heat and extreme cold
  5. Strength
  6. Formability
  7. Cost

 

Stainless steel is widely utilized in multiple industries due to its durability, formability, and strength. This makes the steel, which can be found through stainless steel suppliers in the Philippines, perfect for products that need to hold heavy materials such as in automotive and construction. There are around 150 grades of stainless steel available, each one with its own unique property. Read on to learn about the different stainless steel grades as well as factors to consider when choosing the best one for you.

 

Common Uses of Stainless Steel

Stainless steel is mostly used in industries that need a certain type of metal that is highly resistant to corrosion, is flexible, and can hold a large amount of weight.

One such industry is the construction or architecture industry. Stainless steel is used in the creation of high-end buildings for its flexibility and its ability to be resistant to corrosion. The formability of stainless steel allows for new kinds of designs with a shiny finish. It can also save you a lot of money in terms of upkeep because of its low maintenance and corrosion resistant material.

Another industry that utilizes stainless steel is the medical industry. Stainless steel is used for surgical equipment because it is easily sterilized. Its corrosion resistant property is also helpful for the creation of operating tables, dental instruments, and certain medical machines.

 

Stainless Steel Grades

Stainless Steel Grades

You can find these grades being sold by stainless steel and aluminum suppliers in the Philippines.

  • Austenitic

Austenitic is a combination of the metals nickel and chromium. This grade has the highest corrosion resistance. It is also nonmagnetic and cannot be hardened by heat treatment.

  • Ferritic

This stainless steel grade also consists of nickel and chromium but not as much as austenitic grades do. It is combined with titanium and aluminum. This causes this grade to be extremely malleable, with an ability to be shaped into thin sheets. It also is highly resistant to cracking caused by corrosion.

  • Martensitic

Martensitic and ferritic grades are extremely similar. The factor that distinguishes this particular grade apart is its ability to be hardened by heat treatment. This is due to its high levels of carbon and low levels of chromium.

  • Duplex

Duplex, similar to both austenitic and ferritic grades, are made from nickel and chromium. What makes this grade unique is its ability to be corrosion resistant to corrosive water such as those found in oceans. It is also one of the newer kinds of stainless steel.

  • Precipitation-Hardening

Precipitation-Hardening is made of aluminum, titanium, and copper. It can be hardened with a combination of heat treatment and a certain solution. This certain kind of stainless steel is incredibly resistant to breaking under tension.

 

Resistance to Corrosion

The first factor that you need to consider when choosing a kind of steel is where you will be placing it. If the location that you will be using it in is exposed to the effects of the environment, then the austenitic grade is your best bet.

 

Resistance to Heat and Extreme Cold

Resistance To Heat And Extreme Cold

Industries that constantly handle extreme heat, such as welding, need a higher grade of stainless steel specially designed for heat resistance. This is because heat increases the formation of corrosion and also places extreme pressure on metals.

Stainless steel can also survive in the extreme cold, such as freezers. Grades such as austenitic stainless steel can withstand incredibly low temperatures without breaking or cracking. However, handle these products with care as the extreme cold can cause it to slowly degrade in terms of toughness.

Certain stainless steel grades are also resistant to stress corrosion cracking. Choosing one of these grades will ensure that your end product will last even if it is exposed to extreme weight and temperatures.

 

Strength

It is important to know what you will be using your product for, especially if it will need to withstand heavy weights. The strongest grades are duplex, martensitic, and austenitic. However, take note of the environment that it will be exposed to as well, some of the strongest metals start to weaken when exposed to high temperatures.

 

Formability

Formability

Some of the grades come in multiple shapes and sizes, while some do not. Grades such as ferritic and martensitic only come in one or two forms. Austenitic stainless steel is more formable if you need a particularly detailed product.

 

Cost

One of the key factors to consider when looking at stainless steel grades is if it fits within your set budget. Collaborate with stainless steel and aluminum suppliers to be able to figure out what the most viable option for you is.

 

Key Takeaway

The right kind of stainless steel that you’re looking for will depend on where you want to use it. However, if you know that you need a type of steel that is highly resistant to corrosion, incredibly formable, and strong, then you’re looking in the right place. To find the perfect stainless steel grade you’re looking for, click here to learn more with One Sky!

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6 Benefits of Stainless Steel

6 Benefits Of Stainless Steel

What are the benefits of stainless steel?

  1. Corrosion resistance
  2. Strength
  3. Heat resistance
  4. Aesthetic appearance
  5. Sustainability
  6. Cleanliness

 

Stainless steel from suppliers in the Philippines and as well as different parts of the world provide many of its unique values that makes it a unique candidate in selecting materials for creating big projects that we use every day and everybody has already heard or come in contact with it at some point and time yet everyone is not fully aware of the distinct properties and unparalleled advantages that you get from utilizing it as a fundamental material. Not sure what is the best material to choose for your next project? Here are the six best benefits of stainless steel and see if it’s the right one for your home:

 

Corrosion Resistance

Stainless Steel stands strong against corrosion, rust, and stains which makes an ideal metal for any area that needs temperature and pressure extremes. When fabricated, chrome is added, which joins with oxygen in the air to create a film over the metal. The film quickly repairs itself when damaged and it allows stainless steel to resist corrosion and rust.

Other elements included in stainless steel are molybdenum, nickel, and titanium which enhances the metals corrosion resistance properties even more which makes stainless steel good choice in transportation, building, or in public works such as railways, tunnels, and bridges.

 

Strength

Strength

One of the main reasons stainless steel is used in a wide variety of accessories is its incredible strength. It retains at both very high and low temperatures. The work-hardening property of austenitic grades results in a significant strengthening of the material from the cold and high duplex grades which allows the reduced material thickness over other conventional grades of steel, therefore, can cost savings. Its many properties can be used in design to reduce material thicknesses and may be heat treated to make very high strength components.

 

Heat Resistance

Stainless steel is strong in high heat temperatures and it makes a popular choice for various heat exchangers, boilers and other applications where high levels of heat are present. The material itself is resistant to oxidizing or reducing atmosphere depending on its chemical balance.

Stainless steel alloys are capable of being used in temperatures above 1200 Fahrenheit or 670 Celsius, these temperatures are particular in gas environments and indicated by acceptable levels of rupture and strengths that correspond to the required time of service.

 

Aesthetic Appearance

Aesthetic Appearance

Without the shadow of a doubt, aesthetic appeal is a significant component of any material used in production. One of the main reasons homeowners choose stainless steel for their home accessories and furniture is because of its aesthetics. Stainless steel doesn’t fade, smudge or rust and can be molded into a variety of shapes and sizes. The bright and easily maintained surface of stainless steel provides a more modern and attractive appearance.

There is a reason why stainless steel is used in many household appliances for it has a variety of possible finishes that make it visually pleasing to any space and it is used more commonly in creating architecture, monuments, vehicles, jewelry, and more.

 

Sustainability

Ultimately, the most environmentally friendly materials are corrosion resistant and durable, have high-recycled content and recapture rates, provide long service life, and reduce resource use and stainless steel fits the criteria. Fifty percent of the material previously melted stainless steel scraps and reduced waste.

Stainless steel plays an important role in providing sustainable design and as an alternative to energy evolution. Stainless steel can last a lifetime of a project. Choosing the right stainless steel can hold up to even some of the worse environments yet can still retain its beauty over time.  More and more organizations are choosing to remain aware of the impact that they’re having on their communities.

 

Cleanliness

Whether you are in a household setting or a public space, cleanliness is something that should always be prioritized. It is simply a matter of proper hygienic practices that can make all the difference in the prevention of potential health hazards. Stainless steel is easy to clean and its hygienic properties make it the suitable choice for hospitals, kitchens, food and pharmaceuticals processing which makes cleanliness necessary.

Washing with soap or mild detergent followed by a rinse of warm water is usually quite adequate for domestic and architectural equipment. It actually requires little maintenance, meaning it remains unaffected by microorganisms and does not need extra coating.

 

Key Takeaway

Stainless Steel is a favorite among suppliers in the Philippines, and it is used in many ways. Its advantages make an ideal choice for many household applications, creating public works for transportation, food and pharmaceutical processing and even creating beautiful architecture and pieces of furniture.

Stainless steel itself is a low maintenance material and it’s easy to clean with just one wipe of any solution on hand. The material can last a long time if taken care of properly and it plays an important role in providing a sustainable design.

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6 Reasons to Use Stainless Steel in the Food Processing Industry

6 Reasons To Use Stainless Steel In The Food Processing Industry

What are 6 reasons to use stainless steel in the food processing industry

  1. Easy to clean
  2. Resistant to chemicals and corrosion
  3. Durability
  4. Sustainability
  5. Compatible with heat
  6. Easy fabrication of the material
  7. Material stays neutral with food items

 

 

Stainless steel is one of the common metals used in a lot of things like copper and aluminum for manufacture, transportation, and presentation applications. Stainless steel is widely used in food and beverage processing industry depending on the grade of the selected material tested by stainless steel suppliers in the Philippines. Many food processing and beverage manufacturers made a switch into using stainless steel in their production methods. Here are the reasons why your stainless steel makes a popular choice in the food processing industry.

 

 

Easy to Clean

Effective cleaning is essential in maintaining the quality of material and its process which helps in avoiding corrosion in the future. Stainless accessories are easy to sterilize and the material last longer, unlike other metals, there are no pores that can harbor germs and bacteria. It can be easily wiped off the mess and it is not easily susceptible to bacteria. Food workers can work with ease because of its low maintenance. Cleaning crevices and surfaces free from cracks are the easiest in maintaining clean and smooth stainless steel.

 

 

Resistant to Chemicals and Corrosion

There a lot of variations of stainless steel grades and each grade will tell you how it reacts to chemicals and corrosions. It means that even heavy bleaches and other stainless steel cleaners can still be used on stainless accessories and equipment without breaking the material down. Stainless Steel has outstanding resistance to corrosion and attack from a wide range of chemicals. Various grades of 304, 316, and 409 are extensively used for their excellent resistance to chemicals and corrosion.

 

 

Durability

Durability

Stainless steel by nature is by far one of the most durable materials in the market. It is favored because of its low maintenance that is preferred in many commercial uses. It is prone to damage and resistant to corrosion as well. If being careful, stainless steel is most likely to undergo a few professional maintenance repairs. Stainless steel is certainly a strong material to take a few pressure without showing any noticeable damage. Stainless steel can be stable over time while maintaining its properties and aesthetics while producing no effect among its surroundings. While other materials may lose effectiveness over time, stainless steel can retain both functionality and appearance over a long period of time.

 

 

Sustainability

Stainless steel products are the best value in a long and the good thing about using the material it is 100% recyclable. Many manufacturing companies are concerned about the environmental impact and using stainless steel is one way of mitigating some of the impacts during the process. Most environmentally friendly products are corrosion resistant and have exceptional durability and stainless steel meets its criteria in providing long service life and reduces waste of resources.

 

 

Compatible With Heat

Compatible with Heat

Stainless steel is a useful property not only in the food processing industry but also working with heavy machinery in different industries. It is able to hold higher temperature pressures without altering in different ways while still holding its shape. The most common reason stainless steel is used because of its high-temperature properties where high-temperature oxidation is necessary and other applications are required making it beneficial to their high-temperature strength and resistance at elevated temperatures.

 

 

Easy Fabrication of the Material

With its easy formability and weldability, there are many ways stainless steel is easily fabricated. It requires special attention in preventing scratches or dents. With the right techniques, it can be easily cut, welded and formed into many shapes especially with the more modern metal-working procedures which is why food grade stainless steel is made suitable to make small tools for different appliances like professional knives and spatulas, food mixers, beer kegs and industrial ovens used in the food processing industry.

 

 

Material Stays Neutral With Food Items

Material Stays Neutral with Food Items

One benefit why food and beverage manufacturers choose stainless steel in their production is that stainless stays neutral to the food items. It will not change its color, taste, and smell of any food or beverage. It prevents contamination and maintains freshness of the food items. The common grade of steel used in food processing and packaging applications is grade 316 or “Food Grade Stainless” meaning it is low carbon content and resistant to salt exposure for any process that required salt or saltwater in their products. Not all steel materials are food grade so make sure to choose the right material for your production process.

 

 

Key Takeaway

Stainless steel suppliers in the Philippines and elsewhere will tell you the many advantages of stainless steel in the food and beverage processing industry. It’s important to know what kind of steel and selection of the best material to use when it comes to equipment. Stainless steel is an optimum choice in exceptional maintenance to all food processing, packaging, and storage from using the different tools and surfaces.

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3 Residential Applications of Stainless Steel

3 Residential Applications Of Stainless Steel

How can stainless steel be used in residential areas?

  1. Exterior applications
  2. Home furnishing
  3. Household accessories

 

 

Most contractors would look for stainless steel suppliers in the Philippines that offer products that are used in constructing or at least the renovations of houses. The versatility of stainless steel has become common knowledge to the public. It’s reached the point where families who have homes that are predominantly constructed using wood are looking for stainless steel or aluminum suppliers to upgrade the house!

It’s no surprise that stainless steel is an incredibly versatile resource. Steel, in general, is used in a variety of industries—the place it’s most used would be the construction industry. With that being said stainless steel is mostly used in residential constructions. Stainless steel is manufactured into a wide variety of products that are all requirements in the building homes. From the structural framework to devices scattered in the house, a large majority of them would at least have a stainless steel part.

With that being said, stainless steel can be seen in almost every kind of home. Here are a few common applications of stainless steel to houses and establishments!

 

 

Exterior Applications

Exterior Applications

Stainless steel is primarily used to build certain parts of a house. One of its most popular application is as roofing material. It is suitable for both low rise and high rise buildings. In essence, it adds a touch of class and beauty to many architect-designed homes. As roofing, stainless steel provides both aesthetic appeal and durability for many years to come. Stainless steel is known for its corrosion resistance, durability, strength, and ductility—making it ideal for roofing! Stainless steel roofing is also open to a high level of customization, making it one of the most preferred roofing material by many contractors!

Another product that is mostly created from stainless steel is railings. Steel railings are mostly used as safety precautions outside windows or for balconies. They are perfect for making sure that your porch, balconies, or even garden have some sort of protection. Different stainless steel providers would usually have a number of designs. You won’t have any problems regarding aesthetics. Of course, all the innate characteristics of stainless steel is applied to railings making them very durable and resistant to corrosion!

 

 

Home Furnishing

Stainless steel has also found its way into many household items—particularly those that are usually required for everyday life. Some kitchen appliances and furniture are made of stainless steel.

Many appliances found in the kitchen are made entirely out of stainless steel. In fact, stainless steel is widely used in commercial establishments, particularly restaurants, as the main material of tables, utensils, and many other kitchen equipment. When it comes to residential applications, things like your stoves, refrigerators, and ovens would usually be made with stainless steel because of its corrosion resistance and wear resistance.

Stainless steel will also be seen in a variety of smaller items. Utensils, cutlery, and various cookware are made of stainless steel, but some of the most notable stainless steel products within a house is probably the furniture and the many innovative and creative designs that stainless steel enables. With stainless steel furniture, you’d probably find unique glass tables or very creative table and chair sets that has an emphasis on simplicity. Along with a number of different materials, stainless steel furniture makes for a very appealing and uniquely aesthetic, as compared with other kinds of furniture.

 

 

Household Accessories

Household Accessories

You should also take note of how stainless steel is used in a variety of products, equipment, and accessories, both in and out of your home. Simple items such as barbecue grills, garden tools, and even a few trash containers are made of stainless steel because of the implicit properties that they have. You should also take note of steel tubes, bolts, and larger applications such as gates that are used in bathrooms, kitchens, and outside applications.

Most products used outside or in your gardens are usually made out of stainless steel. This is because these items, are used with the purpose of getting wet, in one way or another. Faucets and steel tubes are practically designed to direct water flow. Hedge shears and other gardening tools are mostly used on plants, and that would usually entail getting wet because of morning dew, watering the plants, and sometimes even the rain!

Lastly, you shouldn’t forget the simple bolts and screws that are used all over your house. Although most of the time not noticed, these stainless steel screws are a great help in ensuring that every single part of your house is secured to place. That being said, they are also easily applied to other things such as small DIY projects, and home repairs!

 

 

Key Takeaway

Stainless steel suppliers in the Philippines provide the majority of construction materials for renovations and home constructions. Along with aluminum suppliers, they are needed in creating great homes all over the Philippines!

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Questions for Stainless Steel Suppliers in the Philippines

Questions For Stainless Steel Supplier In The Philippines

What are important questions that you should ask a stainless steel supplier?

  1. Can you make the materials we need?
  2. How do you ensure the quality of your products?
  3. Will you be able to keep up with our requests and demands?
  4. Have you done this before?
  5. Are there any incentives?

 

 

Whenever contractors try to look for stainless steel suppliers in the Philippines, most of the time, all they look for are the reputation of the company, as well as the cost of the materials and services. However, working with aluminum suppliers isn’t just all about these.

Validating how good a supplier is, can be hard when you only take into account their face value. That is why one of the best ways to confirm the quality of their service is by asking the right questions. Here’s a list of questions that you should ask every stainless steel supplier before you work for them!

 

 

Can You Make The Materials We Need

Can You Make the Materials We Need?

The first thing that comes to mind when choosing a stainless steel supplier is whether or not they have the materials you need. It’s probably the first consideration that people look for in the first place. The more important thing to check out, then, is whether or not they are capable of making adjustments and/or customizations to their products!

As a contractor, you will almost always find projects that need a lot of creativity to pull off. Most of the time, stainless steel products in their base form will not be able to satisfy the requirements needed. That is why you should make sure that the aluminum supplier that you’re planning to work with should have the capabilities and the equipment to alter the materials they provide to you.

 

 

How Do You Ensure the Quality of Your Products?

Of course, when it comes to supplying products, quality is something that is often the key point of interest. A good contractor will not settle for the cheapest option, rather, they would go for the supplier that brings about the highest quality products. That being said, it’s easy to display and demonstrate just how durable, and versatile a steel product is. However, proving that all of the other items that will be supplied are of the same level of quality is a different challenge.

Suppliers can’t just show durability tests for every piece of equipment they will provide. That is why the best thing that these steel suppliers can show to ensure quality control for their products is a certification. Certifications are usually awarded to businesses that have proven that their quality control or other parts of their processes meet a standard set internationally. Choose a steel provider that has at least one certification under their belt the next time you look for one!

 

 

Will You Be Able To Keep Up With Our Requests And Demands

Will You Be Able to Keep Up with Our Requests and Demands?

During your initial dialogue with the spokesperson of a steel supplier, you should at least give them a rough estimate of how much you will need, the pacing in which you’re going to need them, and the rate in which you expect them to operate. It might be something that is quite overwhelming to most, particularly the newer companies, However, this is standard operating procedures whenever a contractor and a supplier partners up.

First off, by stating how much you might need, and expecting them to be able to keep up with it, you’re basically testing how reliable and consistent their production line will be. Particularly for large-scale construction, a flaw in the production process can cause severe problems with deadlines and workloads. It’s something that can be damaging to the reputation of the contractor, as well as the steel supplier.

 

 

Have You Done This Before?

This is a question that you have to ask when you have a relatively large scale project—such as tall skyscrapers or large office storehouses. These are projects that make use of larger than usual steel products. It’s either they need to be a lot more durable than usual, longer or even a lot more flexible than the normal products. These alterations, although quite common to some, may take other aluminum suppliers by surprise!

If you have an important construction job that requires a steel supplier that has good control of the versatility and customizability of stainless steel, then look for one, and ask them directly about what they have been capable of doing!

 

 

Are There Any Incentives?

Although not as important as the other points mentioned here, incentives can still help a little, specifically when it comes to your budget! Most steel suppliers have a few incentives when you buy from them in bulk. Some of them have discounts, while others provide promos! It’s usually the same with buying wholesale products that have freebies in them. Again, it’s not something that you should actively look for, rather it’s just there to make it easier on your wallet!

 

 

Key Takeaway

Decisions are hard to come by. You’ll have to weigh the pros and cons of things and rely only on logical reasoning whenever you decide. In the case of choosing a stainless steel supplier in the Philippines, face value isn’t enough evidence to prove that they’re a good partner. Ask them the right questions, and if they give the right answer, then you should be happy with them!