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Continuous Heat Treatment Furnace

Heat Treatment Furnace
A Continuous Heat Treatment Furnace is an industrial thermal processing system engineered for the uninterrupted and high-throughput heat treatment of metal parts. Unlike batch furnaces, continuous furnaces allow components to move through different thermal zones via a conveyor, mesh belt, or roller hearth, enabling a steady and repeatable production process. These furnaces are widely used for processes such as annealing, hardening, tempering, sintering, brazing, and normalizing.
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  • Free combination on demand to meet various working conditions

Advantages.

  • High Productivity

    Ideal for large-volume production lines with minimal operator intervention.

  • Consistent Quality

    Uniform heating and controlled atmosphere ensure repeatable metallurgical results.

  • Energy Efficiency

    Optimized insulation and heat recovery systems reduce energy consumption and operating costs.

  • Precise Control

    Advanced PLC or SCADA systems manage temperature profiles, heating zones, and conveyor speed.

  • Space Optimization

    Designed with a linear, compact footprint for seamless integration into automated production lines.

Tech Specs

Parameter Typical Range / Option
Operating Temperature 500°C – 1200°C (932°F – 2192°F)
Temperature Uniformity ±5°C or better
Heating Zones 3 to 10+ independently controlled zones
Heating Method Electric, Gas-Fired, or Hybrid
Conveyor System Mesh Belt, Roller Hearth, Chain Drive, Pusher Plate
Atmosphere Options Air, Nitrogen, Hydrogen, Endogas, or customized mixes
Control System PLC/HMI/SCADA with recipe management & data logging
Cooling Options Forced air, oil quench, or water spray system

Core Features.

  • Multi-zone temperature control with uniform heat distribution

  • Inert, reducing, or carburizing atmosphere options

  • Modular construction for easy maintenance and expansion

  • Integrated cooling zones and quenching systems available

  • Automated loading/unloading for full process automation

Applications.

  • Automotive

    Heat treatment of gears, shafts, fasteners, and bearings

  • Aerospace

    Precision parts requiring high metallurgical integrity

  • Powder Metallurgy

    Sintering of PM components in mesh belt furnaces

  • Powder Metallurgy

    Sintering of PM components in mesh belt furnaces

  • Tool & Die

    Hardening and tempering of cutting tools

  • Steel Industry

    Annealing and normalization of carbon and alloy steels

  • Electronics

    Brazing and annealing of connectors and terminals

Available Furnace Types.

  • Mesh Belt Furnaces

    For small and medium-sized parts in continuous flow

  • Roller Hearth Furnaces

    For heavy loads or flat parts requiring precise handling

  • Pusher Furnaces

    For dense loading and consistent product positioning

  • Walking Beam Furnaces

    For delicate or high-value components

  • Rotary Hearth Furnaces

    For fast cycle and high-throughput requirements

Why Choose Our Continuous Heat Treatment Furnaces?

  • Our systems are engineered for reliability, uniformity, and efficiency. Each furnace is fully customizable to meet your production scale, metallurgical specifications, and space requirements. With a focus on automation and sustainability, our solutions deliver consistent results with lower energy and labor costs.

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