Thursday, January 31, 2019

Uses Of Tungsten Carbide Parts

By Maria Wallace


Tungsten carbide is one of the hardest material on earth. Very few elements can be able to cut it making it ideal for various applications. Its manufacture involves reacting tungsten metal with carbon at a high temperature. Some of the properties that it possesses include resistant to acids, high melting points, and a low electrical resistivity. These properties make them ideal for different kind of applications. The following are applications for tungsten carbide parts to take into consideration.

Manufacture of cutting tools. Cutting tools made out of this material are resistant to abrasion and can withstand very high temperatures compared with high-speed steel. They have a sharper cutting edge better than steel tools hence their use in devices that require precision. Their ability to resist heat makes them suitable for faster machining. The material used in this process has metallic cobalt that works as the matrix.

Assembly of ammunition. For quite an extended period, uranium has been the common material used in manufacturing high-armored ammunition. However, with the decreasing uranium reserves and strict regulation in its usage, this metal is quickly replacing its usage. It is ideal for both lightweight ammunition and high-velocity guns. This consideration relies on its high density and hardness.

Assembly of mining tools. Stainless steel has been a common material used to make mining tools for quite a long time. However, it wears quite heavily when used in high temperature and fast drilling. Therefore, this sort of metal has been a suitable replacement for stainless steel since it can withstand high heat and does not break easily. The material is recyclable at large masses. Therefore, recyclers can ensure that there are quality materials in the market at all-time in the market.

Nuclear reflectors. Nuclear reflection can cause sub-critical reactions in a nuclear plant increasing the level of energy produced. Initially, the material was not part of the nuclear reactor, but an accidental occurrence made it ideal for such usage. The accident occurred during a nuclear weapon testing when one of the experts involved dropped a tungsten carbide brick onto a plutonium sphere creating a sub-critical reaction.

Ideal for jewel making. Popular metals such as silver, gold and diamond have remained renowned for quite a long period in the production of jewelry due to their appearance. However, with this material, a lot of jewel lovers have turned to the metal due to its remarkable appearance. However, the material requires critical polishing to produce an excellent appearance.

Manufacture of surgical tools. Surgical tools require careful consideration in their production to make them effective and safe to use. The stem of these tools might are titanium or stainless steel, while carbide makes the blade tip. This material makes it easy to sharpen the tips to create a more elegant edge without too much wear. It also works as an advantage to increase the longevity of the tool since the material has high resistance to rusting and pitting.

Sports usage. There is a lot of sports usage that relies on this material. The sports products include the production of trekking poles, ski poles, cleat, shoeing of horses and making motorcycle and bicycle tires. These products have quite a longevity compared with other makes in the market. It also provides better sturdiness compared with other materials.




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