Mesh Belt Furnace

The SLN gas nitriding mesh belt furnace is a continuous surface hardening unit that uses a controlled ammonia bearing atmosphere at a working temperature of 570C to diffuse nitrogen into the surface of steel components, forming a hard, wear resistant nitrided case without the distortion associated with conventional quenching. A 400mm wide mesh belt conveys the parts through three carefully controlled heating zones, allowing them to pass through the nitriding atmosphere at a

The SLK sinter hardening mesh belt furnace combines high temperature sintering with an accelerated cooling section so that powder metallurgy parts achieve martensitic, as sintered hardness directly out of the furnace, eliminating a separate quench step. A 450mm wide nickel chromium mesh belt carries the compacts through seven controlled heating zones to a working temperature of 1120C, followed by a high speed forced gas cooling zone that delivers controlled cooling rates

The SLC controlled atmosphere carbonitriding mesh belt furnace is a surface hardening system designed for the case hardening and carbonitriding of automotive and mechanical components that require a hard, wear resistant surface over a tough core. A 450mm wide mesh belt carries the parts through five precisely controlled zones at a working temperature of 880C, while a regulated atmosphere of endothermic carrier gas and ammonia introduces both carbon and nitrogen into the

The SLD dewaxing and debinding mesh belt furnace is engineered as the critical first thermal stage in metal injection molding and ceramic injection molding production, removing the polymeric binder from green parts under a controlled, slowly ramped temperature profile before sintering. A 300mm wide mesh belt carries the parts through three temperature zones up to a working temperature of 600C, while a dedicated multi path exhaust system evacuates the decomposed binder vapors

The SLB hydrogen atmosphere brazing mesh belt furnace is designed for the clean, oxide free brazing of copper and aluminum assemblies in a hydrogen or hydrogen nitrogen mixed atmosphere. Operating at a working temperature of 1100C, the furnace produces bright, flux free joints with excellent wetting and capillary flow, which is essential for heat exchangers, radiators, oil coolers and precision tubular assemblies. A 360mm wide nickel chromium mesh belt carries the parts