Our Blog

Benefits of Utilizing Tungsten Metal

In this article, we will be outlining the major benefits of tungsten metal, which will aid us to further know the reason why USA Tungsten is widely used. 

Resistant to corrosion 

Tungsten is extremely corrosion-resistant, which can be utilized in a wide range of outdoor applications and corrosive environments. For instance, it’s especially useful if it’s exposed to corrosive substances for a long time—like solvents, acid, or water. It’s even resistant to the most corrosive substance to most metals—saltwater. Moreover, if tungsten is alloyed together with other materials, it’s resistance becomes very suited to a particularly extreme environment, allowing it to be used in jewelry, fishing lures, and in shipbuilding.  

Electronic structure 

Because of tungsten metal’s relative inertness and conductive properties, this metal is used widely in the environment and electronic industries that involve high radiation levels. Because of this, together with its extremely high density, this metal is among the major metal sources for high-energy radiation shielding like X-ray targets— since the extremely high density and relatively inert material is hard for x-rays to penetrate. Moreover, tungsten metal can commonly be used and found in metallic, conductors, and electrodes films.  

Low thermal expansion 

Out of all forms of pure metals, tungsten has the lowest thermal expansion coefficient. If contrasted to typical manufacturing materials like steel, this provides tungsten the advantage of additional stability under extreme heat. Moreover, it contains an unbeatable structural solidity compared to some materials and is particularly beneficial when thigh temperature rigidity is needed—like in jet engine turbine blades or carbide cutting tools.  


Tungsten is advantageous since it has an extremely high density. As a matter of fact, tungsten belongs to the metals with the highest density—measures almost 1.7 times higher compared to lead and19.3 times higher compared to water. Consequently, this metal can take more weight in a more minimal package, which is typically utilized for methods where mass is needed in tiny sizes.  

And because tungsten is high in density, it’s a great option for making kinetic munitions, aircraft ballast, and racing car ballast, which are supposed to be streamlined and small, yet can possibly transfer lots of energy.  

Tungsten is also widely utilized as an effective substitute metal for making jewelry since it has a density level that’s very similar to gold. However, tungsten jewelry is extremely cheaper to purchase.  

High temperature resistant 

Tungsten contains the highest melting point among all metals in their purest form. If you compare this to other more typical metals, having this characteristic can be very advantageous in particular scenarios. For instance, this makes the tungsten great material to be used in high-temperature environments. Perhaps this is the main reason why tungsten metal is extremely used widely in the construction, automatic, and aerospace industries.   

Strength in publication 

Tungsten is a very durable metal that has the highest tensile strength out of all types of pure metals. Though this makes it quite brittle under particular situations, in terms of the metal fabrication process, the rigidity of tungsten implies that it can be formed into extremely thin wires without breaking it. 

Benefits of Using Tungsten Metal

One of the most common metals available in the market is tungsten. It is probably one of the strongest metals out there. It is utilized throughout a lot of industries in a wide range of applications, from the production of super-hard materials and electronics to aeronautics and alloys.  

However, why is tungsten so commonly used? Well, if you’re planning to purchase tungsten washers, here are several benefits you should know about this metal.  


Tungsten offers excellent corrosion-resistance property. It can be utilized in a variety of outdoor applications and corrosive environments. For instance, it’s especially helpful when prolonged exposure to corrosive materials such as solvents, acids, water, and much more.  

A marine environment is the most popular corrosive environment. A lot of metals aren’t able to deal with it. To be specific, saltwater is very corrosive to a lot of metals. Fortunately, the resistance of tungsten metal makes it very appropriate to such a harsh environment when alloyed with other metals. It allows it to be utilized in jewelry, fishing lures, and shipbuilding. 

Electronic Structure 

Tungsten metal is commonly utilized in the electronics industry because of its conductive properties. It is also utilized in environments involving high radiation levels due to its inertness. Because of this, tungsten is one of the primary sources of metal for x-ray targets. In addition to that, this type of metal is often utilized in metallic films, conductors, and electrodes.  

Low Thermal Expansion 

Out of all pure metals, tungsten has the lowest thermal expansion coefficient. This offers it the advantage of extra stability under severe heat compared to common manufacturing materials. It has a structural solidity unparalleled by other metals and is particularly helpful when firmness at high temperatures is needed.  

High Density  

Tungsten has an extremely high density. The truth is that it’s one of the highest densities among every metal. Because of this, it can hold a lot more weight in a smaller package and is usually utilized for applications where mass is needed in tiny sizes. For instance, tungsten is a great choice for making kinetic munitions, aircraft ballast, and racing car ballast.  

Tungsten is also utilized as an alternative metal for making jewelry. The density of this metal is very similar to gold. However, it is a lot more affordable.  

Also, this metal is used commonly to produce heavy metal alloys due to its high density. High-speed steel is one excellent example.  

Resistance to High Temperature 

Tungsten has the highest melting point compared to other metals. This can be greatly advantageous in particular occasions. For instance, it makes the metal a great material for high-temperature environments. Thus, it’s commonly utilized in construction industries, automatic industries, and aerospace.  

This metal is also utilized commonly to produce super alloys and normal alloys. It has a very high melting point and resistance to thermal creep. Thus, it helps the metal to be more durable. This makes it appropriate for more thermally intensive applications. On the other hand, other metals will usually fail at this point.  

Things to Consider When Choosing a Metal Supplier

It is vital to pick the correct metal supplier, whether you are tackling a regular minor project or a major one. It is all too common for firms to rush into picking metals, only to find out that they have obtained a low-quality product.  

Whenever you are choosing a metal supplier for your tungsten rings, here are a couple of things you have to think about.  

The Project’s Timeline 

It is only considerate to establish a precise timeline for your project. the rest of the planning process is hard to finish without the right time range. You’ve got to ensure you meet with the rest of your team to set up your timeline for the work’s completion. This should include the implementation, execution, ordering, and a lot of other things. You won’t get anywhere if you’ve got a plan that is messy.  

The Project’s Scale 

The demand and size of the project are obviously vital as well. you’ve got to be ready to tell the metal supplier how much materials you need. Think about the types of materials that you are most interested in for any particular project. for instance, stainless steel, cold or hot rolled steel, plate form, metal sheet, tube metal, bar metal, and much more are the main metals most often bought by consumers. If you are working on a bigger project, you might also have to think about the timeline of the project as we’ve mentioned above.  

A lot of metal suppliers might need advance notice if you are making huge requests for substantial amounts of metal. On any occasion, you should not forget to always be wary of your scale needs if you’re searching around for the correct metal supplier. This can save you a lot of headaches and time if you do it properly.  

The Budget of Your Project 

Getting a price estimate from a thin sheet metal supplier can often be hard. Reaching a fair deal is even more complicated if you do not know the exact budget for your project. Because of this, it is an excellent move to get specific on your budget from the very beginning. It isn’t always bad to have a clear financial picture before you start the process of looking for metal suppliers. 

Choose a Supplier That’s Interested in Supplying You 

It’s vital that the supplier agrees to supply you as per your need if you’re working on a project. With this, you won’t find any obstacles in the project down the line.  

Know the Local Regulations 

You’ve got to ensure that the supplier you are going to pick will be able to supply you with the material that can meet every local regulation of your location. For instance, steel is often made by a couple of developing countries and might not conform to your country’s standards.  

The Reputation of the Supplier 

Nowadays, it’s extremely simple to look for reviews about any supplier online. All you’ve got to do is to search the name of the supplier and read reviews from various platforms.  

Common Alloying Elements and Their Effects

For those who don’t know, an alloying element can change the chemical and mechanical properties of steel. Allows are typically utilized to change various attributes of the steel to make it more practical. A combination of iron and carbon, steel obtains benefits such as extra strength and corrosion resistance when alloyed with other elements. Steel can be alloyed with a lot of elements.  

If you’re planning to buy tungsten sheets, it’s best that you know some of the most popular alloying elements and their effects.  


One popular creation is the addition of nickel to steel. The addition of adequate nickel transforms the steel into austenitic stainless steel. One of the most popular types of stainless steel. It is harder and tougher. In addition to that, it is also ductile. Even at severe temperatures, it a high resistance to corrosion. This type of steel alloy is unique in a way that they can uphold their strength even in very low temperatures. Nickel steel alloy is one of the most diverse when it comes to the temperature range.  


This type of alloy is utilized to alloy steels for metals that require forging. Manganese offers steel more resistance to wear, better hardness, and higher strength. Even if the temperature is extremely high, it still offers the benefits mentioned. Because of this, the metal alloy is able to be shaped and formed into a range of items without any complications compared to steel or other metal alloys.  


This is one element that is usually utilized to produce steel alloys. Vanadium adds improved hardness and strength to the steel. Because of this, the steel becomes more resistant to wear and better able to handle impacts due to shock. The reason for this is that vanadium keeps the growth of grain at bay. Metals will have better impact resistance if they have smaller grain sizes. This alloy is typically utilized for high-speed metal-cutting equipment.  


This is one of the most popular elements utilized to produce a steel alloy. Thus, it is also one of the most popular metals in the house. It is known as stainless steel if more than 11% of a steel alloy is made up of chromium. This type of steel is extremely resistant to corrosion. Aside from that, it is also resistant to oxidation. It is harder and stronger compared to basic steel. You can also treat it at a quite high temperature without problems.  

Even in smaller amounts, this element helps to boost mechanical properties. It will improve the hardness and strength of the steel. Thus, it is usually utilized in metal-working industries.  


Just like chromium, this element has the benefit of corrosion resistance. It can also improve the tensile strength, toughness, and hardenability of steel. By lowering the needed quench rate during the heating process, molybdenum improves the hardenability. Thus, it makes the steel hard and strong. It can also lower the risk of steel pitting since it boosts resistance to corrosion induced by chloride.  

Various Forms of Stainless Steel

Almost every individual has some items made of stainless steel in their house, whether it is a piece of décor, a couple of hardware, or a kitchen appliance. Most people understand what stainless steel looks like or what it is. However, one thing that surprises them is finding out there are a couple of forms of stainless steel.  

Stainless steels can be combined with other metals to form a much more durable alloy. This includes tungsten rods and much more. Today, we’re going to discuss some of the most common types of stainless steel. 


This type of stainless steel is a complex metal. It is partly ferritic stainless steel and partly austenitic stainless steel. It’s one of the most durable stainless steels in the market. For those who don’t know, it almost doubles the durability of ferritic stainless steel or regular austenitic. It is most commonly utilized for heavy machinery and in industries that need super resistance and strength to stress corrosion cracking. This metal alloy is resistant to corrosion generally. However, it is known for its corrosion-resistance properties. 

Precipitation Hardening 

This type of stainless steel is durable stainless steel. 17-4 stainless steel is one of the most popular precipitation-hardening stainless steel. It’s exactly made out of 4% nickel and 17% chromium. It is alloyed with niobium, molybdenum, titanium, aluminum, or copper. This type of stainless steel metal is extremely resistant to corrosion. It is almost the same as the next stainless steel we’re going to mention. Aside from that, it is hardened to higher durability compared to other forms of stainless steel. This form of stainless steel is common and usually found in the metalworking industries, aerospace, and chemical processing because of its corrosion-resistance and great strength.  


This type of stainless steel is made to be non-magnetic. An excellent example of a day-to-day application for austenitic stainless steel is a stainless steel oven. There’s a high possibility that your oven is not magnetic compared to your stainless steel fridge. However, it still functions and matches the same. This type of stainless steel is steel alloyed with low amounts of carbon and high levels of nickel and chromium. This form of stainless steel is one of the most popular because of its superior malleability and great corrosion resistance.  

Grade 304 Stainless Steel 

The most popular type of stainless steel. Due to its versatility, this type of stainless steel is commonly utilized in Marlin Steel’s custom wire basket designs. This type of stainless steel is known for its excellent tensile strength, even among steel alloys. The combination of corrosion resistance, heat resistance, and high tensile strength makes this type of stainless steel best for a huge range of applications.  

Grade 420 Stainless Steel 

Grade 420 stainless steel also has excellent tensile strength. This is particularly true if annealed. The tensile strength of this stainless steel increases much more when stress relieved and hardened. Though it isn’t chemically resistant, it still has excellent resistance to food compounds, some alkalis, water, mild acids, and a lot of other things.