
Automotive
Hardened gears, shafts and powertrain parts engineered for durability and quiet running.



For over thirty years we have helped manufacturers get more life out of their components. Every batch is treated with tightly controlled temperature and atmosphere, then verified in our own metallurgical lab — so the hardness on the certificate is the hardness in your hands.
From vacuum and atmosphere furnaces to induction cells and a full hardness lab, every process runs under one roof — carbon steels, alloy steels, tool steels and stainless.

Temperature and atmosphere held to tight tolerances on every single cycle.
Hardness, case-depth and microstructure verified before parts leave us.
Vacuum, atmosphere and induction equipment all under one roof.
Documented, certified records for every batch and every standard.
Streamlined planning keeps your production line moving on schedule.
From through-hardening to nitriding, we deliver the exact metallurgical properties your components need — repeatably, batch after batch.
Through-hardening and tempering to reach the exact hardness and toughness your parts demand.
Learn More
Carburizing for a hard, wear-resistant surface over a tough, ductile core.
Learn More
Low-distortion gas and plasma nitriding for superior wear and fatigue resistance.
Learn More
Localised surface hardening of shafts, gears and pins with tight, repeatable depth.
Learn More
Bright, clean, oxidation-free hardening of tool steels and high-alloy parts.
Learn More
Stress relieving, annealing and normalizing to refine structure and improve machinability.
Learn More

Send us your drawing, material and target hardness. We will reply with a certified quote and lead time within one business day.
Trusted by engineering teams to deliver the hardness, wear resistance and fatigue life their most demanding components depend on.

Hardened gears, shafts and powertrain parts engineered for durability and quiet running.

Certified, traceable processes for safety-critical, high-strength components.

Wear-resistant tools, dies and machine elements that simply last longer.

Corrosion- and wear-resistant parts for the most demanding energy environments.

Clean, fully traceable treatment of instruments and implant-grade components.

Distortion-controlled hardening for moulds, dies and high-value tooling.
Their nitriding kept our dies within tolerance and doubled tool life. The hardness reports match every single time.
Tooling ManagerAutomotive Supplier
Tell us about your component, material and target properties — we will engineer the right heat treatment cycle for it.
Request a Quote