Three Significant Attributes Of Cutting Tools- Wear Resistance, Hardness And Tou

Posted by sjtools on November 24th, 2014

Machining is an important process conducted in different sectors of a manufacturing industry. To come out with the final or end product, cutting and drilling tools play significant roles. Especially, a special carbide cutting tool has the features for machining purposes through stainless steel or carbon steel. A carbide cutter is sturdy and tough in its material to ensure cutting through different metals with maximum ease. In comparison to other tools, carbide tools help to maintain very sharp cutting edge that enable to produce better finished parts. Well, the highly significant factors of cutting tools are its hardness, toughness and wear resistance that assure smooth machining devoid of any kind of issue.

Also, carbide cutters have temperature resistance that let in smooth and easy machining. Such a material is called cemented carbide or tungsten carbide cobalt or hardmetal. In this metal matrix composite tungsten carbide particles are dense and that of the metallic cobalt present in it serves as the matrix. Manufacturers make sure to apply tungsten carbide in cases of high-speed drilling works. The biggest advantage of these cutters is they are extremely hard and can actually resist very high temperature.

In the context of the above discussion, we would prefer to come up with the name SJ Tools, a recognized cutting tools and drilling tools manufacturer in Korea. With introduction of distinguished products; the company is successful in furnishing light weight, durable and dimensionally accurate products. Backed by defining technology and sound infrastructure, these tools meet demands of customers of diverse needs. With inclusion of operational training and installation services, the company has been successful in ensuring hassle-free operation in the several manufacturing units throughout Korea.

Carbide Cutting Tools- A Broader Discussion

Remember, carbide cutting tools bring along with it a sea of advantages. They have resistance to abrasion, have excellent modules of elasticity, posseses great compressive strength, have toughness, also have exceptional torsional strength and is highly resistant to thermal deformations. Remember, cast-iron and steel grade are the two types of carbides used for manufacturing cutting tools. Companies molding cutting tools keep in mind to construct them from materials, which are harder than the material that has to be cut.

This is to let the tool withstand heat that is generated during the metal-cutting process. Also, the angle has to be maintained during the cutting process so as to get the right cut through. While machining is done, the exact angle of cutting face has to be maintained, like the number of teeth or flutes, flute width, and also the margin size. To make sure that the cutting tool has a long working life, all the necessary features as mentioned have to be optimized along with feeds and speed to welcome a smooth performance of the cutting tool.

Endmill is one specific type of cutting tool that performs seamlessly on hard metals. Both ends of endmills are fixed with teeth to ensure sharp machining. Manufactured out of high speed steel and cemented carbide, an endmill is commonly used in vertical mills and has copious demand in the market.

Thus, with extensive benefits of cutters, they are comprehensively applied in machining industries. 

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