Gas Carburising
Gas Carburising
Deep Case Hardening for High Wear & Fatigue Resistance
Gas carburising introduces carbon into the surface layer of low-carbon steel components at elevated temperatures in a controlled endothermic gas atmosphere. Subsequent quenching creates a high-hardness, wear-resistant case while preserving a shock-resistant ductile core.
Key Specifications
Superior Heavy-Duty Surface Hardness with Core Ductility
Ideal for power transmission components and gears that require maximum contact fatigue strength, resistance to micro-pitting, and the resilience to absorb sudden torsional shocks.
Key Industrial Applications
Engineered for high-torque mechanical drives, automotive gears, and heavy industrial machinery.
Automotive & Industrial Gears
Spur, helical, bevel, and planetary gear systems subjected to high contact pressure.
Shafts & Pinions
Transmission shafts, drive pinions, spline shafts, and steering components.
Heavy Machinery Bushings
Kingpins, wear plates, sleeve bushings, and earthmoving linkage pins.
Fasteners & Sprockets
High-tensile chain sprockets, heavy drive rollers, and industrial studs.
Strict Carbon Potential & Microhardness Gradient Inspection
We maintain continuous automated atmosphere control using precision oxygen probe sensors to guarantee exact carbon profile distribution, avoiding carbide networks and decarburization.
