Tag: Steel

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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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Waterjet Cutting: The Metal Cutting Method of the Future

Water Jet Cutter Machine Cutting Steel Plate

What is water jet cutting and why is it preferable over other methods of cutting metal?

  1. Accurate and fast
  2. “Green” technology
  3. No heat-affected zone (HAZ)
  4. Versatile
  5. Continuously innovating

 

Waterjet cutting is nothing new when it comes to material-cutting technology but among the many different ways of cutting metal, it is definitely one of the more advanced. The term waterjet encompasses any kind of cutting tool that uses a high-pressure stream of water. From your local stainless steel to other metals such as wood, titanium, and other carbon steels, waterjets can cut almost anything.

Understanding why it is one of the best options for metal-cutting is important because if you own a manufacturing business that deals with metals, or just plain interested in cutting metal, then waterjet cutting might be the best for you not only now but also in the future. That being said, here is what you need to know regarding waterjet cutting.

 

Accurate and fast

If there is a word that can be used to describe waterjets, it would have to be the word “fast”. In fact, waterjets stay true to their names because they often shoot water at speeds faster than the speed of sound, faster than an actual jet. This is where the cutting power comes from. In order to cut harder materials, abrasives such as garnet and aluminum oxide are added. All of this culminates in a cutting method that is both fast and accurate — so accurate that it is capable of achieving a 0.13 mm accuracy on very intricate cuts and 3-D shapes.

 

“Green” technology

Water Jet Cutter Machine Cutting Steel Plate

Aside from being fast and accurate, waterjet cutters are one of the best examples of ‘green technology’. What this means is that using it is helpful to the environment. To be more specific, waterjet cutters do not create any hazardous waste that could hurt the environment as byproducts of the cutting process. Aside from that, the water being used can be completely recycled when used in a close-looped system. This means less water being used across the board.

Since people around the world are starting to be more aware of the world’s environmental issues, the importance of green technology is becoming more and more apparent across all industries. Going forward, waterjet cutting could be the go-to method for not just metal-cutting, but for all other types of material as well.

 

No heat-affected zone (HAZ)

Another reason why waterjets are preferable is that there’s little to no heat being produced with the metal. Usually, the presence of heat can trigger chemical processes in the metal being cut. This could lead to warping which is not ideal for any construction purposes. Heat also leads to the production of toxic gases and fumes which the worker/s could inhale and cause that person to get sick.

The only time heat is produced is when the material being cut is thick. Even then, the water just absorbs the heat which minimizes any negative effect it can bring. Less risk to both user and material means a better production experience for you.

 

Versatile

Water Jet Cutter Machine Cutting Steel Plate

As alluded to in the previous points, waterjet cutters can handle just about any material that a traditional cutter can. Examples of this include stone, bullet-proof glass, and most forms of metal and materials with reflective and uneven surfaces. It is safe to say that it is more versatile than other cutting methods such as flame/plasma cutting and manual grinding.

Flame and plasma cutting can adversely affect some types of metals due to the heat. This leads to the aforementioned warping and contamination. When it comes to manual grinding, the sharpness of the blade and thickness of the material dictate the efficacy of the cutting process. Waterjets are not limited to those kinds of factors which is a big advantage.

 

Continuously innovating

The best part about waterjet cutting is that it is a process that is continuously being improved, developed and innovated. The whole concept behind it is simple, but the potential, going forward, is staggering. Improvements such as improved software to guide the water jet and improved multi-dimensional cutting ability make for better bevels, 3-D shapes, and piping designs.

The way waterjets are being maintained is also getting better as time goes by, improving machine uptime and reducing operating costs at the same time. This improves the reliance of a waterjet on the orifice. Also, finding a way to improve the speed at which the water is blasted through the orifice is also on the minds of many waterjet manufacturing companies — ultimately improving the cutting power and enabling thicker materials to be cut more accurately.

 

Key Takeaway

Waterjet cutting is sure to be the metal cutting method of the future. Given its characteristics, it is one of the few sustainable methods of cutting materials that will outlive its other counterparts. It is efficient, environment-friendly, versatile, and poses little to no risk to anyone involved in the process. Cutting your local stainless steel has never been easier.

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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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Stainless Steel Milestones That Helped Shape its History

Stainless Steel Milestones That Helped Shape its History

When it comes to the most important materials used for construction and manufacturing, stainless steel has remained as one of the most prolific and widely-used materials across the world. From creating useful and innovative products to becoming crucial elements of some of the most ambitious and elaborate construction projects, stainless steel in the Philippines has proven to be among the world’s most flexible material.

For a type of metal that was created and manufactured during the early 20th century, it has come from a long way from becoming a viable alternative to becoming the widespread material that it is today. This course of development over the years not only helped improve the material, but it also led to several historically significant milestones that helped shape stainless steel.

 

Milestones in history

After being developed in the 20th century, stainless steel in the Philippines has emerged as one of the best construction materials across the world, becoming increasingly reliable as the decades went on. Here are some of the most significant milestones achieved through the use and development of stainless steel over the decades of the 20th century until the 2000s and 2010s.

 

1920s

One of the first instances of widespread stainless steel use began during the early 1910s to the 1920s. One of the first types of products that utilized stainless steel were cutlery and surgical tools. This helped turn stainless steel into a popular material to use, due to its rust-resistant properties and the ability to provide precise cuts. Today, stainless steel remains as one of the primary materials used to create high-quality kitchen tools and surgical blades, becoming highly sought-after in their respective fields.

Along with being used for kitchen and medical tools, the 1920s also saw the use of stainless steel as a material to create cases that can store nitric acid, along with being used in another form in the medical field by becoming a material used for surgical implants.

 

1930s and 1940s

1930s and 1940s

The 1930s saw the application of stainless steel in the field of transportation. The first trains and aircraft constructed using stainless steel were introduced, which helped revolutionize the development of modern transportation and military vehicles. This new development helped lead to the creation of faster and more powerful trains and aircraft, with both playing a huge role in economic development and progress during the next decades.

The use of these vehicles came at a high point during World War II in the 1940s, where aircraft and trains helped revolutionize the field of warfare, forever changing the battlefield in the process.

 

1950s

The 1950s saw the continued use of stainless steel in different fields, becoming an important material for construction projects, and the automotive industry. Along with being used in the automotive industry, some innovative materials were made with the help of stainless steel as well. One of the notable examples was the development of the world’s first underwater camera, which helped expand underwater exploration and break new boundaries.

 

1960s and 1970s

1960s and 1970s

The 1960s saw even more innovations through the use of stainless steel, as the first tidal power station and turbine blades made using the material were built for the first time. These innovations helped push towards the use of renewable energy sources to save more natural resources while helping the environment. Today, stainless steel has become one of the most environmentally friendly materials used in the field of manufacturing and construction, as they help reduce the overall carbon footprint, which is very beneficial for the environment.

 

1980s

The 1980s saw stainless steel as one of the most ambitious construction projects during the decade. Today, the second-longest movable flood barrier located in the river the Thames Barrier was constructed using stainless steel and is tasked to protect the cities of England from floods that may cause damage in the nearby area.

 

1990s and 2000s

 

The latter part of the 20th century, and the opening decade of the 21st century brought in a new set of milestones for the manufacturing and construction of stainless steel. One of these milestones saw stainless steel as one of the most popular materials used in the world, providing various products, projects, and vehicles.

Being a widely used material also helped the steel industry become one of the world’s largest, with some countries and companies generating billions of dollars in revenue, helping them become huge economic and industry contributors in the process. This trend continues to grow even today, with stainless steel remaining at a consistently high demand.

 

Key Takeaway

Stainless steel has become one of the most widely-used products in the modern world, with manufacturers and companies providing quality products that can be used to create and craft a wide variety of projects. As the next decade rolls in, it would be no surprise if stainless steel continues to become a crucial material used to innovate and create.

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How to Protect your Stainless Steel from Rust

How To Protect Your Stainless Steel From Rust

How do you protect stainless steel from rust?

  1. Use Phosphoric and Acetic acid to remove rust on industrial-grade stainless steel
  2. Use baking soda and water to remove rust on stainless steel products
  3. Using protective coating and metal paint provides a barrier from rust
  4. Lubrication is great for moving stainless steel parts
  5. Regular cleaning and maintenance at home is effective in preventing rust

 

Wear and tear is a natural occurrence for almost anything tangible, especially for different kinds of metals. For metal, the most common form of deterioration comes in the form of rust, which is a form of iron oxide that causes corrosion. Rust tends to happen in a variety of locations, and to every type of metal. While stainless steel is a type of metal highly resistant to forms of corrosion, it can still be affected by rust without proper maintenance.

This can be a challenge, especially for your nearby stainless steel supplier in Metro Manila, as they would have to make sure on a daily basis that their stocks are not affected by rust or any forms of corrosion. The best way to combat rust is by finding the right solution on removing them if they occur and creating preventive measures to protect your stainless steel.

 

How to Remove Rust

How To Remove Rust

When rust occurs on the surface of stainless steel, that means that the protective chromium oxide layer has corroded. This means that you would need to immediately fix this surface, as rust can weaken steel to the point of brittleness and disuse. Rust can be caused by a number of substances present near the area, including, acid, cleaning agents, or simply prolonged exposure to salt water and warm air.

Some of the best ways to remove rust on your stainless steel surface are by using either Phosphoric or Acetic Acid. These two types of acid can cause iron oxide to dissolve on the surface, without compromising the integrity of the stainless steel itself. It can take a significant amount of time for the acid to do their work, but rust will fully be removed once the process has been accomplished. After exposing your stainless steel surfaces with acid, it is best to clean them using distilled deionized water.

Another method that you can use for stainless steel products in your home is by using a mixture of 2 cups of water and 1 tablespoon of baking soda. After creating the mixture, rub it on the rusted surface using a toothbrush or sponge and wipe the surface with a paper towel or cloth. If successful, you will be able to see the rust come off, while the product remains undamaged.

 

How to Protect Against Rust

How To Protect Against Rust

There are many ways to protect your stainless steel against rust, and some of these methods require a set of substances and tools to ensure that iron oxide would not be able to damage the stainless steel surface. Before establishing the right preventive measure to use to protect against rust, the first thing you need to determine is if the stainless steel is for industrial or home use. Protective measures in industrial-grade stainless steel can sometimes not apply to home methods, as your stainless steel supplier in Metro Manila would use these measures to ensure that they deliver quality products.

For industrial-grade stainless steel, the best way to prevent rust is by applying special protective coatings that would shield iron oxide away from the surface. These protective coatings are easy to apply and are usually water or oil-based, making it easy to clean, maintain, and apply again if needed. Metal paint is another protective measure you can use for industrial stainless steel, as it also forms a barrier against rust, while also providing a smooth and clean surface. However, one of the main issues of using metal paint is that it can chip off easily after a certain period of time, which means that it the stainless steel surface must be regularly re-coated with paint.

Lubrication and galvanized steel are also industry-standard practices that protect stainless steel from rust. Lubrication is mostly used for moving parts, bearings, and joints, and ensure that they are kept in good working order. Galvanized steel, meanwhile, provides an additional metal layer that strengthens the metal, and protects it from rust. However, galvanization is a delicate process that requires trained personnel to accomplish.

To prevent rust from affecting your stainless steel products at home, you would need to keep them constantly cleaned and polished using non-acidic solutions in order to keep them away from rust. Alkaline water is also a good cleaning solution, as they do not contain any harmful elements that can cause rust to occur on the surface. For the right tools, stainless steel pads are the best polishing tools to keep your surface clean and well-maintained.

 

Key Takeaway

Rust can happen to any kind of metal, including stainless steel. This is why it is best to establish preventive measures that will help protect your stainless steel surface from rust and corrosion. By using these handy and effective protective and preventive, measures, you can guarantee that you would be able to avoid rust from happening to your stainless steel.

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Stainless Steel in the Medical Industry

Stainless Steel In The Medical Industry

What stainless steel products are used in the medical industry?

  1. Surgical Instruments
  2. Medical Syringes and Needles
  3. Artificial Heart Valves
  4. Wheelchairs
  5. Hospital Beds

 

The standards of the medical industry need to be top-notch because of the delicacy of the people under their care. With the help of a stainless steel supplier in Metro Manila, medical facilities are always well-stocked with high-quality stainless steel products. The reason for this is that stainless steel is durable, corrosion-resistant, and most importantly – easily sanitized. This makes the metal the ideal investment for long-term use on a number of patients.

Want to learn more about stainless steel in the medical industry? Read on!

 

Surgical Instruments

The two most important properties of stainless steel that make them ideal for surgical instruments is its durability and its resistance to corrosion. First and foremost, surgical instruments need to be made of a material that is strong enough to easily cut through flesh, muscle, and bone. Secondly, in order not to accidentally injure other parts of the patient’s body, it is crucial that the instruments are shaped for maximum precision.

In terms of corrosion, it is important that the steel is safe enough to come into contact with the patient’s body. Cleanliness is of the utmost essence in surgeries as the patient is susceptible to any type of foreign entity. Since stainless steel is also unaffected by extreme heat, it can withstand the sterilization process in order to prevent the spread of bacteria from one patient to another.

Examples of Stainless Steel Surgical Instruments

  • Bone Saw
  • Scalpel
  • Needle Holder
  • Knives
  • Trays and Bowls

 

Medical Syringes and Needles

Medical Syringes And Needles

Another stainless steel instrument found within an operating room is a needle. These are tiny, elongated pieces of stainless steel used to precisely inject substances into the human body. Even if stainless steel needles have a small circumference, they are durable enough to pierce through even the toughest of muscles. Cleanliness is even more crucial with needles attached to syringes as the substances found within it are easily contaminable.

The rise of single-use needles has greatly helped prevent the spread of infectious diseases. In order to keep up with the number of patients that come in and out of medical facilities, stainless steel suppliers constantly provide them with mass quantities of equipment at a low cost.

Besides instruments used to access the human body for a certain period of time, there are also certain types of medical products that get implanted inside of a person’s body for an extended period of time.

 

Artificial Heart Valves

Artificial heart valves are one of the stainless steel items that get implanted into a patient with an extreme heart condition. The biological heart valve allows blood to flow through the different chambers of the heart. In the case of its failure, a doctor may make the decision to implant an artificial heart valve into the patient. This will remain within the patient’s body for the remained of their lives.

The importance of stainless steel comes in to solve the problem of metals corroding when exposed to bodily fluids or after a significant amount of time. A stainless steel artificial heart valve will not corrode even after being exposed to blood. It is also durable enough to manage the flow of blood in and out of the patient’s heart for the rest of their lives.

After a successful operation, there is also stainless steel equipment made to guide recovering patients.

 

Wheelchairs

Wheelchairs

Wheelchairs are a key item in a number of patients’ lives. Some may need it after an operation as they may be prescribed to prevent from walking, but others with more debilitating conditions need it in order to do everyday activities. Hospitals and emergency rooms are always readily equipped with wheelchairs that can fit any patient. The reason why wheelchairs can accommodate people of all ages, shapes, and sizes is because of its stainless steel frame. The properties of stainless steel also make wheelchairs long-lasting, which means that hospital staff would not need to constantly worry about the upkeep each chair needs.

Another important medical component in hospitals and emergency rooms that need to accommodate any type of patient are its hospital beds.

 

Hospital Beds

The difference between hospital beds and wheelchairs is that hospital beds need to be able to constantly support a patient as they are lying down on it. Meanwhile, the difference between hospital beds and normal beds are the bars found on all four of its sides. These bars are constantly used by medical personnel in order to transfer a patient from one part of the hospital to the other. Wheels are also found on the bottom of these beds for easier transportation. In the fast-paced medical world, these bars need to be made of extremely strong metal in order to maintain its integrity.

These are just some of the most common uses of stainless steel in the medical industry.

 

Key Takeaway

The unique properties of stainless steel make it the best candidate for the medical industry’s specific needs. It can cut through difficult matter such as muscle or bone easily. It can easily be sanitized well in order to prevent cross-contamination. And, with the help of a stainless steel supplier in Metro Manila, it is extremely cost-effective. The use of stainless steel in the medical industry has greatly affected the safety measures of facilities all around the world.

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Stainless Steel Philippines: When Steel Turns into Art

Stainless Steel Philippines When Steel Turns Into Art

How is stainless steel used in art?

  1. Stainless steel fantasy art
  2. Stainless steel art signage
  3. Stainless steel etching
  4. Decorative murals and paintings
  5. Steel sculptures

 

The use of stainless steel in the Philippines has become increasingly widespread as the years go by, being used for a wide variety of forms and functions by different industries. From being used by the automotive and aeronautics industries, the food industry, and even on various forms of weaponry, stainless steel has become one a widely used metal due to its durability and adaptability to various conditions and functions.

Along with being a crucial material for various industries, stainless steel has also been used to create a variety of art pieces. The ease of folding and crafting stainless steel has prompted artists from across the world to use the material to create thought-provoking and breathtaking art pieces that aims to captivate audiences and art enthusiasts alike. Here’s a look at some of these majestic art pieces made out of stainless steel.

 

Fantasy art meets stainless steel

Sculptor Kevin Stone is an artist known for bringing various creatures of fantasy to life through the use of stainless steel. From the incredible 20-foot eagle sculpture named Power and Authority to the majestic 35-foot long Chinese Imperial Water Dragon, Stone combines his imagination with impressive craftsmanship that enables him to create these wonderful pieces of art.

Using reflective pieces of stainless steel, his sculptures are able to shine and gleam under the sunlight, while the durable qualities of the material allow these sculptures to be displayed under various weather conditions without deteriorating. These sculptures show that stainless steel is a great material for creating outdoor art pieces as they can withstand the elements and retain their shine and quality.

 

Artful signage

Artful signage

Along with being used to create sculptures, stainless steel can also be used to create artful signage for a wide variety of establishments, which includes restaurants, bars, and other retail and food establishments. Along with retail and food establishments, various companies and businesses have utilized stainless steel signage for their company names and logos, creating an artful representation that helps provide a clean and shiny look that is aesthetically pleasing.

Steel signage has been a common fixture for a long time, and with the introduction of stainless steel, they are now easier to produce, are now even more durable. From simple establishment signage to artful representations of your brand, stainless steel is one of the best ways to add some art to your brand or business.

 

Stainless steel etching

Another way of creating art using stainless steel is through etching on its surface. The etching process is quick and efficient, allowing you to produce multiple copies more efficiently if needed. This process is also used on stainless steel jewelry like necklaces, rings, lockets, and bracelets. The number of things that can be etched on stainless steel is endless, from names, logos, and even elaborate drawings. Etched stainless steel provides you with wonderful embossed art illustrations that would last for a long period of time.

 

Stainless steel decorative murals and paintings

Stainless steel has also been used to create large wall murals and paintings that can be displayed across a large hall or room, in a similar way you can hang a normal painting or picture. These stainless steel murals are created by embossing the steel with the design of your choice. The design is usually fabricated before the embossing process, making the overall process of producing the mural or painting much more efficient.

These stainless steel murals and paintings can depict various illustrations, from plants, animals, or even depictions of people and landscapes, which are also some of the more popular types of art for these kinds of stainless steel products.

 

Steel becomes sculpture

Steel becomes sculpture

Along with a variety of fantasy sculptures, most stainless steel artists use the material to create a wide variety of intricately made sculptures. The subject of these sculptures can include people, animals, plants, and even various abstract forms. The flexible yet durable nature of stainless steel allows artists to be able to work their imagination and creativity to craft and bring these sculptures to life.

Some of these stainless steel sculptures have also become iconic landmarks in their own right. Notable examples include the Chicago Cloud, which is one of the most photographed places in the world, and the St. Louis Gateway Arch, which is the world’s tallest free-standing steel structure. These steel sculptures are not only a testament to artistic expression, but they also show that these stainless steel art pieces are able to withstand outside elements while still being able to captivate the audience.

 

Key Takeaway

Stainless steel is one of the most abundant materials in the world, and with the material being used to create fascinating and creative art pieces, it is proof of its versatility and adaptability to be crafted into various objects. Art has a wide variety of mediums, and stainless steel is just another great way to help these creative imaginations come to life.

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The Use of Stainless Steel in Weaponry

The Use Of Stainless Steel In Weaponry

What are weapons made with stainless steel?

  1. Guns
  2. Bladed weapons
  3. Bow and arrow
  4. Ceremonial and decorative weaponry

 

For as long as human culture has been around, conflicts have been one of the most common occurrences throughout history. This has led to the development of different kinds of weaponry over the years, ranging from swords, knives, spears, guns, and explosives. During the course of developing these weapons, the use of metals has been prominent due to the malleable and durable qualities that allow them to withstand a variety of harsh conditions.

From aircraft-grade aluminum to stainless steel in the Philippines, metals have been a fundamental element to create some of the most devastatingly effective weapons throughout history. With that in mind, here’s how stainless steel was used in different kinds of weaponry.

 

Stainless Steel in Guns

Stainless Steel In Guns

Guns have become the most common type of weaponry over the past few years, becoming the essential weapon for police and military forces across the world. Made out of a variety of different metals, gun making has constantly evolved to what it is today, providing well-crafted and technologically sophisticated weapons that can withstand different conditions. Gun manufacturing has also become one of the largest industries in the world as well, with over millions of arms being produced and sold on a regular basis.

Stainless steel is one of the materials used in weaponry, as their light weight and durability make them ideal metals for small arms. The ease of manufacturing using stainless steel was another advantage, as companies can produce large numbers of weapons at a rapid rate. These small arms include different kinds of pistols, like magazine-fed handguns and revolvers. Some of these stainless steel guns, like the variant of the iconic M1911 pistol, became a very popular handgun during the time. Along with guns constructed from all-aluminum steel, a number of guns also use stainless parts for their construction, as it helps reduce the weight of the gun and make spare parts easier to make.

 

Stainless Steel in Bladed Weapons

Bladed weapons also have a rich history of being manufactured in a wide variety of steel types. Commonly forged in fire, swords and knives are known for their complex process that allows blacksmiths to create sharp and durable bladed weapons. The process of forging is a long and complicated one, which is why stainless steel is used to create certain bladed weapons.

With swords delegated to ceremonial events and practices, a good number of these swords have been constructed using stainless steel. Unlike forged steel, some stainless steel blades are created through sculpting and sharpening metal pieces. The lightweight of stainless steel makes bladed weapons using this material much lighter and easier to wield. Stainless steel is also resistant to rust when applied with chromium, making it even more durable and easier to sharpen. Today, most blades constructed using stainless steel are short-swords and knives, where their light weight gives them an advantage when wielding.

 

Stainless Steel in Bow and Arrows

Stainless Steel In Bow And Arrows

Like swords, bows and arrows have become a staple in warfare before the advent of firearms. Early bows and arrows used a combination of wood, stone, and metal for their parts, and were relatively easy to construct. Over the years, more durable materials have been used to construct bows and arrows to help them withstand the rigors of survival and combat.

This led to the use of stainless steel to create lightweight and high-velocity arrows and bows that are durable and easy to handle. This also made bows and arrows easier to manufacture as well, as stainless steel is readily available. Along with bows and arrows, crossbows can be constructed using stainless steel, providing a light and solid platform that can launch bolts accurately.

Stainless steel bows and arrows are also used in competitive archery, with some parts and arrowheads being used as key parts in the overall construction. When it comes to speed and accuracy in competitive archery, stainless steel arrows can provide the same effectiveness as arrows that were developed from other types of steel materials.

 

Stainless Steel in Ceremonial and Decorative Weaponry

While these types of weaponry are not used for combat, a good number of ceremonial and decorative weapons are constructed from stainless steel from the Philippines. Being a more affordable and durable material, these decorative swords and knives can be displayed on a shelf for long periods without the worry of having them rust or deteriorate from being exposed to dust and moisture. While they are not suited for combat and self-defense, these decorative and ceremonial weapons are great pieces that would look great on display in the room of your home.

 

Key Takeaway

Metal has been one of the staple materials used in making weaponry for over a number of centuries, with stainless steel being one of the main materials used to construct a wide variety of weaponry. As the development of weapons become more sophisticated, stainless steel looks to be a material that would continue to be used to create more effective weaponry in the foreseeable future.

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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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9 Easy Thirst-Quenching Drinks You Can Do This Summer

9 Easy Thirst Quenching Drinks You Can Do This Summer

Infog 9 Easy Thirst Quenching Drinks You Can Do This Summer

Looking for easy thirst-quenching drinks you can make this summer? Look no further

In the Philippines, stainless steel products are becoming popular eco-friendly alternatives to single-use products. In terms of drink-making, stainless steel tools are utilized through metal shakers, tumblers, mixing spoons, and other bar tools. Not only do these metallic products lessen your overall carbon footprint, but its insulation can also keep your drink cold and refreshing for a long period of time. Enjoy simple but delectable concoctions this summer with the help of stainless steel products.

Here is a list of recipes for easy thirst-quenching summer drinks:

 

For Your Friends

For Your Friends

Stainless steel in the Philippines can be used in products to prepare ingredients and mix them together all while keeping the mixture chilled. It can help you make sophisticated cocktails for you and your closest group of friends to enjoy. Read on to learn about perfect thirst-quenching drinks for you to enjoy this summer.

 

Red Rum Punch

This concoction merges together a typical fruit slushie with a well-known liquor for a unique drinking experience. Serve your friends a drink that will cool them off and that packs quite a punch. This drink’s vibrant red color and fresh taste will leave you wanting more.

  • Ingredients
    • 8 cups seedless watermelon chunks (set aside wedges for garnish)
    • 1 cup light rum
    • ¼ cup fresh lime juice
    • 1 cup fresh orange juice
    • 1 bottle of ginger beer
  • Directions
    1. Puree watermelon chunks in a blender until it becomes a smooth consistency.
    2. Through a stainless steel fine-mesh strainer, pour the mixture into a large pitcher.
    3. Dispose of the solid remnants left on the strainer.
    4. Slowly add rum, orange juice, and lime juice in.
    5. Refrigerate until you are ready to serve.
    6. When serving, put ice cubes and ginger beer in each metal tumbler.
    7. Enjoy!

 

Triple Threat

Triple Threat is the combination of a sangria and margarita. It makes use of three different kinds of liquor: tequila, white wine, and triple sec. This is the perfect drink for you to sit back and have a relaxing time catching up with friends.

  • Ingredients
    • 1 bottle dry white wine
    • 1 ½ cup white tequila
    • 1 cup Triple Sec
    • 1 cup orange juice
    • ½ cup fresh lime juice
    • 2 limes, thinly sliced
    • 1 orange, thinly sliced
    • 1 lemon, thinly sliced
    • 1 bunch cilantro (washed, dried, trimmed, and tied)
  • Directions
    1. Mix together wine, tequila, triple sec, citrus juices, sliced citrus, and cilantro in a pitcher with a stainless steel bar spoon.
    2. Cover and refrigerate overnight.
    3. When ready to serve, remove cilantro.
    4. Pour ice into stainless steel tumblers, pour in the mixture, and place additional cilantro leaves for garnish.
    5. Enjoy!

 

Bayside Berry

This cocktail is a popular drink from Maine in the United States. It is an easy 5-minute cocktail that combines the flavors of gin and blueberry. All the recipe requires is one mixture in a stainless steel cocktail shaker before being ready to serve to your large group of friends.

  • Ingredients
    • 2 oz. gin
    • 1 oz. fresh lime juice
    • 1 oz. simple syrup (melted water + sugar)
    • 7 fresh mint leaves
    • 5 fresh blueberries
  • Directions
    1. Mix together gin, simple syrup, fresh lime juice, mint leaves, and blueberries in a stainless steel cocktail shaker with ice. Shake well.
    2. When ready to serve, prepare a cooled cocktail glass.
    3. Using a fine-mesh strainer, pour the mixture into the glass.
    4. Garnish with mint leaf.
    5. Enjoy!

 

Stainless Steel Products to Help

In the Philippines, stainless steel tools can be seen in just about every single bar or establishment that sells drinks. Invest in these tools for your home in order to provide your friends with a fun experience. Here are two stainless steel products that can greatly help your cocktail-making experience.

  • Bar Spoons
    • Bar spoons or stirring spoons are long-figured spoons with a number of different designs. Stainless steel is the preferred material for this tool as it is durable enough to mix large volumes and easy to clean. There are three different kinds of bar spoons, these are called the American, European, and the Japanese.
  • Cocktail Strainer
    • Cocktail strainers are used to separate the solid particles from the liquid particles of a mixture. Stainless steel is ideal for cocktail strainers as they are able to be molded into small strips while still being durable enough to cut into solid ingredients. The kinds of cocktail strainers you will find are the Hawthorne, Julep, and Fine-Mesh.

 

For Your Kids

For Your Kids

Besides alcoholic beverages, you can also use tools made of stainless steel in the Philippines to make thirst-quenching drinks for your children. You can place them into stainless steel tumblers in order for your kids to sip on and enjoy while you’re out doing fun summer activities such as swimming. Here are 3 kinds of summer drinks for your children.

 

Classic Lemonade

A summer drink that your kids will surely enjoy is the staple homemade lemonade. This is the perfect drink for not only your kids to enjoy on a sunny day out, but for you as well. Place the lemonade into a stainless steel tumbler full of ice before you go out in order to preserve its coldness.

  • Ingredients
    • 1 cup sugar
    • 1 ½ cup fresh lemon juice
    • 2 full lemons
  • Directions
    1. First, make the simple syrup. Mix together sugar and 1 cup of water in a small saucepan.
    2. Bring the mixture to a boil, and then reduce the heat and simmer until the sugar dissolves. Do not stir the mixture in any way.
    3. After dissolution, remove the pan from heat and let it cool completely.
    4. When ready to mix the juice together, combine the lemon juice and cooled sugar syrup in a large pitcher.
    5. Add in 4 cups of water. Take a sip to check how tart it is. If the sourness is too much, add in 1 or 2 cups of cold water. Take into account that the ice will eventually melt and dilute the lemonade more.
    6. Refrigerate until chilled.
    7. When you are ready to go out, pour ice into your stainless steel tumbler.
    8. Pour in the lemonade and enjoy!

 

Banana Yogurt Smoothie

In order to get your children’s daily dose of fruits and healthy probiotics in, serve it to them in the guise of a delicious smoothie. This smoothie is perfect for children who do not like eating plain fruits or yogurt. Add in a stainless steel straw to help educate your kids on earth-saving tips.

  • Ingredients
    • ½ cup low-fat yogurt
    • 1 medium sized banana
    • Seasonal berries of your choice
    • ⅓ cup milk
    • ⅔ cup ice cubes
  • Directions
    1. Blender together all ingredients until smoothened and thick.
    2. Serve immediately with a stainless steel straw
    3. Enjoy!

 

Watermelon Delight

Another way to get your children to enjoy consuming fruits is by making them delicious and refreshing. A watermelon slushie is also easy to make, as it only has 3 ingredients. Give your kids a sweet but healthy treat while they are playing outside.

  • Ingredients
    • 5 cups seedless watermelon (diced)
    • 2 tablespoons sugar
    • 1 whole juiced lime
  • Directions
    1. In a blender, combine sugar, lime juice, watermelon, and 1 cup of ice.
    2. Blend until the mixture is smooth.
    3. Serve in a stainless steel glass immediately.
    4. Enjoy!

 

Stainless Steel Products to Help

While they’re young, help your kids learn how to choose eco-friendly alternatives. Stainless steel in the Philippines can make it easier for you to bring around a refreshing drink no matter where you will be going or what activity you will be doing. Try out these two stainless steel products to help save Mother Earth.

  • Straws
    • Stainless steel straws are good eco-friendly alternatives to single-use plastic ones. Not only can they be used multiple times, but they are also relatively easy to clean. Besides stainless steel, there are other alternative materials that are becoming popular, such as bamboo.
  • Tumblers
    • Stainless steel tumblers are ideal containers to keep refreshing drinks cool. They are also durable and can maintain its shape even if it gets dropped multiple times by children. Bring your kids shopping with you for them to choose among stainless steel tumblers that are designed with bright and vibrant colors.

 

For You

For You

After looking out for your friends and family this summer, you should also look after yourself. Now is the time to relax and enjoy the time you have left before going back to your normal busy routine. Keep these cocktails in a stainless steel container while lounging around in the beach or hiking to the peak of a mountain to keep them safe and secure.

 

Classic Mojito

A mojito is the drink for you if you enjoy a light but refreshing cocktail. It is a staple in a number of bars and can be easily replicated from the comforts of your own home. There are only a handful of ingredients needed in order to make this drink and they can be brought around in a cooler easily for any out of town adventures. Take note that a muddler is needed for this recipe, which can be made of stainless steel in the Philippines.

  • Ingredients
    • 1 ½ oz. white rum
    • ½ cup club soda
    • ½ lime, cut into wedges
    • 2 tablespoons white sugar
    • 10 fresh mint leaves
    • 1 cup ice cubes
  • Directions
    1. In a thick and sturdy glass, place in mint leaves and 1 lime wedge.
    2. Using the muddler, crush the mint and lime together in order to release its juice and oils.
    3. Put in an additional 2 lime wedges and sugar. Muddle again.
    4. Fill the glass up with ice. Take note that you should not strain the mixture inside.
    5. Pour the rum into the glass and fill the rest with carbonated water.
    6. Stir the cocktail well, and taste.
    7. If it lacks in sweetness, add in more sugar.
    8. Once ready to serve, garnish with leftover lime wedges.
    9. Enjoy!

 

Raspberry Limoncello Prosecco

This cocktail is for those with a more sophisticated palate. It combines high-end liquors into one refreshing concoction. This could be enjoyed during a trip overseas or while on a cruise. The Raspberry Limoncello Prosecco will give you a world class experience in just one sip.

  • Ingredients
    • 3 cups prosecco
    • 1 cup limoncello
    • 1 cup frozen raspberries
    • 6 sprigs fresh mint
  • Directions
    1. Whisk together prosecco and limoncello in a large pitcher.
    2. When ready to serve, place frozen raspberries into your stainless steel container
    3. Fill the container up with the mixture and garnish with mint
    4. Enjoy!

 

Fizzy Floats

If you are just looking for a sweet and refreshing drink with no alcohol content, try the Fizzy Float. This drink is the upgraded version of the classic soda float. This will surely give you the feel of the summer with its sweet and tangy taste.

  • Ingredients
    • 1 can fruit soda of your choice (orange, grape, cherry)
    • 2 scoops vanilla ice cream
  • Directions
    1. In your preferred container, add in 2 scoops of ice cream.
    2. Fill the cup with your preferred fruit soda.
    3. Add in your stainless steel straw and enjoy!

 

Stainless Steel Products to Help

To help you create these sophisticated cocktails, there is a number more other tools made of stainless steel in the Philippines. These are strong enough to withstand the vigorous shaking needed to combine the ingredients together. Stainless steel also ensures that your glass will stay intact even if you need to mash things inside of it.

  • Cocktail Shakers
    • Cocktail shakers are used to integrate numerous ingredients into one. It is also a way to cool a mixture. Stainless steel shakers are perfect because of their insulation and their ability to withstand intense shaking motions. Kinds of cocktail shakers are the Cobbler, Boston, and French shakers.
  • Other Bar Tools
    • There’s a number of other stainless steel bar tools used to create multiple drinks. One is a stainless steel jigger, which is used to measure the volume of ingredients for drinks. The stainless steel paring knife used to cut multiple ingredients into wedges and other forms of cuts in order to easily blend mixtures together.

 

Key Takeaway

Stainless steel in the Philippines is being utilized in a number of industries. This is because products made from stainless steel are long-lasting and easy to clean. Choose to make use of its durable and insulating properties to create a delicious and refreshing drink this summer. Share this experience with your friends, family, and other loved ones to have a fun and eco-friendly time!

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A Short Guide to Stainless Steel Quality Assurance

A Short Guide To Stainless Steel Quality Assurance

How can you assure your stainless steel products are quality-made?

  1. They are corrosion resistant
  2. They fit for welding
  3. Its strength fits its use
  4. The company should be certified
  5. Observe its formability
  6. Check if they need heat treatment
  7. Quality assurance means guidance
  8. Look for a model
  9. Feedback is readily accepted

 

Stainless steel in the Philippines and all over the world are the most versatile of materials used in the production of different products and/or appliances. That means this kind of resource is in high demand not only for home design purposes, but as well as for industries, roadwork, and even in the medical field. While there are different companies where you can purchase stainless steel, such as One Sky Philippines, it is not enough to simply walk up to these industries without background knowledge and awareness of what you should be looking for in steel products.

In light with that, here’s a short guide on how you can trust that the stainless steel you are purchasing is of quality assurance, and will cope with any given setting or situation.

 

It is corrosion-resistant

Upon inquiring for stainless steel-made appliances or materials, the first question which you may ask the producer is whether the steel is easily damaged. You can be sure that stainless steel is quality when it passes the basic characteristic of why stainless steel is chosen as the best for different needs: it is because it has corrosion-resistant properties. You can check with the supplier on the grade of the stainless steel because corrosion resistance varies depending on its grade.

 

It is fit for welding

It Is Fit For Welding

Depending on your application for purchasing stainless steel in the Philippines, make sure that your stainless steel purchase can withstand the welding process if it needs to be welded. Take note that stainless steel is a long shot from welding carbon steel, and that corrosion may happen if you purchased the wrong stainless steel without the proper qualities to survive the welding process.

 

Its strength fits its use

Stainless steel, as mentioned earlier, comes in different grades. This means that quality assurance differs per grade and the function in which it will be integrated. Take for example a grade of 316 will be tougher and ductile than martensitic stainless steel with a grade of 440c. You may speak to knowledgeable industries like One Sky Philippines to know more about the appropriate stainless steel purchase depending on the application.

 

The company should be certified

The Company Should Be Certified

One of the simplest ways to confirm that you are getting quality stainless steel material is by looking at the certification of its producers. Other than the concern for the steel products you wish to transact, you may want to do a bit of research on your supplier and their background of legitimately providing quality-assured steel products.

 

Observe its formability

You want to own stainless steel which does not possess weak formability; the kind of steel which turns brittle when used excessively and performs poorly will not pass for quality assurance. Again, this comes down on the topic of grades. Whether you want slabs, bars, or sheets will be delivered a wide range of forms. For example, martensitic steels are often sold in bars or slabs.

 

Check if it needs heat treatment

Check If It Needs Heat Treatment

Different stainless steel grades respond in contrasting ways when it comes to heating and hardening. Just like welding, review on what kind of stainless steel quality will be offered upon stating its application. There are stainless which are not very heat resistant and might deform on the slightest change in temperature.

 

Quality assurance means guidance

It is also the stainless steel manufacturer’s job to guide consumers on the proper steel which is fit for their needs. Even when purchasing stainless steel appliances in malls, the seller must be able to point out distinct characteristics which the steel product will have its positive and negative points.

 

Look for a model

Look for a model

In order to further test the quality assurance of stainless steel, you might want to request a ready-made product/output which incorporates the material in order to better observe the aspect of how the stainless steel works. You may even request a demo of the product just to prove its trait. This may fall into quality assurance testing.

 

Feedback is readily accepted

There are times when expected quality does not live up to what is promised or promoted. Still, you can vouch for the company’s credibility of providing better service and quality when they are ready to welcome mistakes and/or feedbacks thrown at them, and they make it a point to improve their product’s quality and marketing.

 

Key Takeaway

Quality assurance in stainless steel must be sought for as stainless steel is one of the prominent materials used in different fields—from architecture to medicine. You need a promising material when purchasing stainless steel. Always keep these in mind when you find yourself in the process of acquiring stainless steel. Do not aim for just the product, but aim for a service you can trust, and you respect.

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Stainless Steel in the Food Industry

Stainless Steel In The Food Industry

Why stainless steel is popular for the food industry?

  1. Corrosion resistance
  2. Easy fabrication
  3. Easy to clean
  4. Heat resistance
  5. Maintains freshness

 

With the various applications that we often associate this resource with everyday materials and household products, stainless steel in the Philippines is the most widely used metal in the country. But did you know that stainless steel is commonly used in the food industry? Stainless steel has played a huge role in transporting and producing food in factories and other food-related institution. Let’s find out why this amazing metal is so popular:

 

Corrosion Resistance

When it comes to metals and the food industry, stainless steel is the best choice for packaging food or beverages in metal containers. Stainless steel in the food industry can be found in various processes; from food manufacturing to packaging. In the Philippines, stainless steel products are often used when handling food, like knives, pots, forks, and spoons.

The reason for this is because stainless steel has a natural ability to resist the effects of corrosion. Due to the presence of chromium in stainless steel, the effects of oxidation don’t cultivate or promote the steel to rust. Instead, it passively forms a barrier on the surface of the stainless steel that enhances its resilience against corrosion. You don’t have to worry about corroded steel making contact with food when stainless steel is used.

 

Easy Fabrication

Easy Fabrication

A major benefit of stainless steel is its ease of fabrication. Steel designers can enjoy the extensive boundaries of design when crafting something made of stainless steel. Its ease of fabrication plus many other qualities is another reason for stainless steel to be the top choice for the food industry. With stainless steel, it’s possible to achieve a perfectly smooth fabricated surface that is free of cracks, crevices, and a jagged exterior. This prevents the buildup of bacteria and the cultivation of harmful microorganisms.

You may notice that the design of stainless steel containers, vats, and tubing in the food industry are often made with no sharp joints, few angles, and less channeling parts. Expert craftsmen are involved with the fabrication of these as the welds need to be expertly crafted with no broken areas. Sharp angles and hard corners are strictly avoided due to those designs being susceptible to cracking under stress and other structural issues.

 

Easy to Clean

Knowing that most stainless steel materials in the food industry are designed with smooth surfaces and no angled areas, that means that stainless steel in the food industry is easy to clean. As a result, stainless steel can dramatically prevent any harmful bacteria from sticking on the surface of the metal. It isn’t difficult to decontaminate and sterilize stainless steel; which is why, alongside many other reasons, it’s the best choice of metal that is used in the food industry.

Apart from the food industry, you can easily find stainless steel countertops and food-related appliances. Why are these good choices? Because it’s non-porous and cleanup is a breeze. You don’t have to vigorously wipe the surface of stainless steel to keep it clean. Simple strokes with a rug and milk soap will do the trick.

 

Heat Resistance

Heat Resistance

In the food industry, temperature changes are a constant variable in the process of producing any form of food consumables. This is prominent in the beverage industry. The shift from cool to extreme heat and back to room temperature happens every minute. There is no better material to handle these sporadic temperature changes than stainless steel.

For many other metals, elevated temperatures will rapidly deteriorate the quality of the metal, making it prone to the effects of oxidation. At temperatures reaching 2000 degrees Fahrenheit, stainless steel can still effectively resist corrosion. You’ll notice that a production line in the food industry where products are heated involve the use of stainless steel contraptions and machinery. Another great property of stainless steel under the effects of elevated temperatures is its ability to maintain its shape and structural rigidity. Not easily cracking, warping, breaking, or buckling.

 

Maintains Freshness

Because stainless steel containers don’t leach any contaminants, it’ll preserve a food’s freshness for days, weeks, or even months. Naturally, stainless steel provides chemical and bacterial neutrality. How else does stainless steel maintain the freshness of the food or beverage stored? When it comes to cooked food and goods that contain additives, naturally, these foods or goods will produce some amount of alkalis and acids, which could slowly deteriorate the quality of some metals. Stainless steel is naturally inert to the deteriorating effects of acids and alkalis.

 

Key Takeaway

The use of stainless steel in the food industry has helped us preserve and transport food with minimal to no complications. We can see these in syrup tanks, wine containers, knives, spatulas, and evaporator tubes. Though a simple and common metal material, its benefits make it one of the best resources that helped shape the way the food industry works and ultimately, the way we live.

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Stainless Steel Philippines: Types of Corrosion

Stainless Steel Philippines Types Of Corrosion

What are the different types of corrosion?

  1. General Attack Corrosion
  2. Galvanic Corrosion
  3. Localized Corrosion
  4. Environmental Cracking
  5. High-Temperature Corrosion

 

Metal and stainless steel in the Philippines are widely used as a primary material for many industries. They’re tough, readily available, and can be used for various applications. Though metals aren’t indestructible, they have one major weakness. Corrosion may be caused by many different conditions and factors, let’s take a look at a few different types of corrosion:

 

General Attack Corrosion

This is the most common type of corrosion; it is also commonly known as uniform corrosion. It is considered to be an even attack of oxidation across the surface of a metal material. This form of corrosion is usually easy to determine because it is relatively simple to replicate and reproduce its effects with consistency. Usually, causes of this form of corrosion are due to chemical exposition or from an electrochemical reaction.

From this point, general attack corrosion will render the full deterioration of the metal to the point of structural failure. As mentioned earlier, it’s the most common type of corrosion, which correlates to this type of corrosion accounting for the greatest amount of metal destruction via corrosion. Since it’s common, it isn’t difficult to prevent and predict. Oftentimes, a metal that succumbs to this type of corrosion is still manageable and even preventable.

 

Galvanic Corrosion

Galvanic Corrosion

Galvanic corrosion, often times called dissimilar metal corrosion happens when two dissimilar metals are in contact with one another and in the presence of an electrolyte. This usually happens at metal structural locations such as joints or weld spots. To know how this type of corrosion occurs involves taking a deeper look at metals from a molecular level.

Three conditions must be met in order for this type of corrosion to occur. First, the metals in contact must be electrochemically different. Second, the metals in contact must be electrically connected. Third, the metals must be exposed to an electrolyte. When these conditions are met, one metal starts giving its electrons to the other metal or it becomes an anode, while the other receives the electrons or becomes a cathode.

In Galvanic corrosion, the anode will begin to rapidly rust with the cathode will become more resistant to corrosion. A common example of this is when copper and steel are linked together and suddenly become exposed to salt water.

 

Localized Corrosion

Under localized corrosion, we have three types: pitting, crevice, and filiform corrosion. These types of corrosion target a specific area in a metal’s structure.

  • Pitting Corrosion – is one of the most difficult types of corrosion to spot. It happens when a cavity is formed in the metal. What happens in the cavity is that the exposed area experiences a loss in electrons, the anodic area then becomes more susceptible to a localized form of galvanic corrosion. This cavity will weaken the structure of the metal from within, leading to potential failure.

 

  • Crevice Corrosion – crevice corrosion is similar to pitting corrosion but it doesn’t involve any electron loss. This type of corrosion happens when a cavity, small hole, or crevice in a metal becomes exposed to a stagnant microenvironment. Because of the acidic environment or the exhaustion of oxygen in a crevice, this will lead to corrosion.

 

  • Filiform Corrosion – One of the subtlest corrosions that can slip under the guise of many, filiform corrosion is a form of corrosion that happens under any form of coating. Common instances that because filiform corrosion is when a coating breach occurs and water slips in between the metal and its coating. This form of corrosion spreads underneath paint, epoxy, and many other forms of coating to cause structural weakness.

 

Environmental Cracking

Environmental Cracking

Environmental cracking is a common form of corrosion that occurs to metals exposed to various environmental conditions. Oxidation, temperature change, and chemical exposure are a few factors that contribute to various structural damages such as stress corrosion cracking, metal embrittlement, corrosion fatigue, and hydrogen induced cracking.

 

High-Temperature Corrosion

Often caused by high-temperature oxidation and carbonization, high-temperature corrosion typically happens in vehicle’s turbochargers, diesel engines, and exhaust pipes. This happens due to the fuels used in these types of machines; during combustion, various compounds attach themselves to the metal and quickly corrode the surface. At times, even stainless steel may rust due to high-temperature corrosion.

In the Philippines, stainless steel products that are exposed to high-temperature corrosion usually don’t mean that structural integrity will be compromised. Typically, in older engines, you may notice that the exhaust side of a turbocharger will always be more rusted compared to the intake side, but it still works well.

 

Key Takeaway

Knowing the different types of corrosion can help you determine whether your metal structure, parts, or components can be saved and how they can be remedied. With this knowledge, you can somehow pinpoint the causes of corrosion and prevent them from happening. If you want high-quality stainless steel that can combat the harshest effects of corrosion, click here to learn more about One Sky Philippines.