INDUCTION HARDENING
LJ Induction hardening solutions are used by many of the world’s leading car manufacturers and their suppliers.
What is induction hardening?
Induction hardening increases steel’s hardness and durability by causing heat to be generated and then rapidly cooled (quenching). A powerful, localized, and controllable heat is quickly produced by induction without contact. Hardening is performed only on the part to be heated. Optimizing process parameters, including heating cycles, frequency, coil design, and quenching, results in optimal results.
What are the advantages of induction hardening?
The hardening process increases throughput. The process is fast, repeatable, and easily integrated into production lines. The steps are clean and safe, and the footprint is very small. Generally, each workpiece is handled separately. As a result, each piece is hardened precisely according to its specifications. Your servers will contain the processes optimized for your pieces. Induction hardening is extremely energy-efficient since only the part of the component to be hardened is heated.
Where is induction hardening used?
Numerous components are hardened using induction in order to enhance their performance. For example, gears, crankshafts, camshafts, output shafts, torsion bars, rocker arms, CV joints, tulips, valves, rock drills, slewing rings, and inner and outer races are just a few examples.
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we are dedicated to providing the best suitable induction heating solutions for our customers. Our mission starts with our free testing & solution, in which we solve the most challenging heating applications, confirming the heating process that can benefit from our systems.
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What is induction hardening?
Induction hardening increases steel’s hardness and durability by causing heat to be generated and then rapidly cooled (quenching). A powerful, localized, and controllable heat is quickly produced by induction without contact. Hardening is performed only on the part to be heated. Optimizing process parameters, including heating cycles, frequency, coil design, and quenching, results in optimal results.
What are the advantages of induction hardening?
The hardening process increases throughput. The process is fast, repeatable, and easily integrated into production lines. The steps are clean and safe, and the footprint is very small. Generally, each workpiece is handled separately. As a result, each piece is hardened precisely according to its specifications. Your servers will contain the processes optimized for your pieces. Induction hardening is extremely energy-efficient since only the part of the component to be hardened is heated.
Where is induction hardening used?
Numerous components are hardened using induction in order to enhance their performance. For example, gears, crankshafts, camshafts, output shafts, torsion bars, rocker arms, CV joints, tulips, valves, rock drills, slewing rings, and inner and outer races are just a few examples.
LET US HELP
we are dedicated to providing the best suitable induction heating solutions for our customers. Our mission starts with our free testing & solution, in which we solve the most challenging heating applications, confirming the heating process that can benefit from our systems.
