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Quenching is a critical heat treatment process involving rapid cooling of heated metals to achieve superior mechanical properties and increased hardness. Our specialized conveyor belts are engineered to withstand the extreme conditions of continuous hardening ovens up to 1200°C.
High-temperature resistant belt in industrial quenching application
Tight “V” pattern with baffles for optimal material retention
Chain-reinforced edges for enhanced durability
Precision direct edge welding technology
Edge turn-up design for improved stability
Compound Balanced Weave Conveyor Belt: Also known as Chevron Conveyor Belt. This specialized metal mesh belt features a unique “herringbone” pattern woven from left and right spiral wires. Its robust structure provides exceptional strength, temperature resistance, and stability – ideal for demanding quenching applications.
Available Materials
304 Stainless Steel
Standard corrosion resistance for general industrial use
314 Stainless Steel
Enhanced heat resistance for continuous high-temperature applications
316L Stainless Steel
Superior chemical resistance for harsh environments
Industrial Quenching Applications
Automotive Manufacturing
- Gearbox gear quenching
- Engine crankshaft hardening
- Bearing race heat treatment
- Transmission components
Tool Production
- Drill bit/milling cutter HSS quenching
- Blade edge hardening
- Mold surface strengthening
- Cutting tool manufacturing
Mechanical Components
- Hydraulic rod quenching
- Gear shaft heat treatment
- Mining machinery wear parts
- Axle components
Aerospace & Defense
- Turbine blade heat treatment
- Landing gear component hardening
- Armor plate quenching
- Special equipment wear treatment
Engineered for Extreme Quenching Environments
Our metal-hardening conveyor belts deliver unmatched reliability in continuous furnace operations
Material Solutions
Our metal-hardening conveyor belts utilize:
- AISI 314/310 stainless steel for standard quenching (up to 1150°C)
- Inconel 601 alloy for extreme temperature processes (1300°C+)
- Specialized weaving techniques to prevent thermal expansion issues
- Proprietary designs to eliminate cracking from rapid thermal cycling