High Speed Steel Properties And Uses

High speed steel is superior to the older high carbon steel tools in that it can withstand higher temperatures without losing its temper hardness.

High speed steel properties and uses.

Materials scientists can infuse this steel with differing percentages of elements to form a variety of hss manufacturing alloy types. High speed steel is often used in power saw blades and drill bits. Any steel with a carbon content of 0 55 percent or higher or about one part in 180 is considered high carbon steel. After quenching it is generally necessary to temper 3 times between 540 and 560 c.

For more information on which one of our high speed steels would benefit your business the most give us a call. High speed steel hss refers to any of a variety of steel alloys that engineers primarily use to construct machine tool bits and blades and drill bits for industrial power tools. It also is used to make cold and hot work mold base with the request of high wear resistance. Other important properties of high speed steel are formability tensile and yield strength thermal conductivity and resistance to corrosion.

Pushing this content past 2 percent makes the result extremely brittle and of limited use although this is how cast iron products e g wood stoves cookware are made. It is often used in power saw blades and drill bits. High speed steel is widely used in all kinds of processing cutting tools. Their production by powder metallurgy pm techniques results in parts with a uniform distribution of carbides and therefore isotropic mechanical properties.

The quenching temperature of high speed steel is generally close to the melting point of steel such as tungsten high speed steel is 1210 1240 c high molybdenum high speed steel is 1180 1210 c. High speed steels have unique physical and mechanical properties that make them good candidates for the production of parts with an optimal combination of high strength wear resistance toughness and hardness. High speed steels abbreviated as hss are a specialized class of tool steels that were named primarily for their ability to machine and cut materials at high speeds high hot hardness. High speed tool steels are designed primarily for cutting tool applications.

The tools usually are a large size and the environment during the work is high cutting speed heavy load and high working temperature. The term refers to the fact that the steels could be used as cutting tools at high turning speeds on a lathe. The term high speed was used when these steels were first invented.