Heating Process

We are design and manufacture Industrial Oven and Furnaces !

Applications

1. Aircraft part:
Stress relief, Quenching, Bonding process

2. Oil & Gas parts:
Annealing, Burnt-out process

3. Medical product:
Drying, Forming process

4. Automotive parts:
Tempering, Preheating, Curing process

5. Other industry
Degreasing, Forming, Vacuum, Aging

Advantages:
1. Compliance to various SAE pyrometry standard ex; AMS2750, AMS2769, AMS2759
2. Meet safety requirement as establish by NFPA
3. Various choice of heating system
4. Highly efficient; heat recovery system
5. Options for post combustion treatment; thermal oxidizer or regenerative thermal oxidizer for removal of VOC’s

Aging Stabilizes metal structure and improves mechanical properties through prolonged low-temperature heating.
Annealing Enhances metal ductility for easier processing and welding.
Bonding Process Enhance bonding strength between materials through heating
Burnt-out process Removes residues from metal or ceramic molds to improve material purity.
Curing process Hardening coatings, adhesives, or composites to increase durability.
Drying Eliminates moisture or solvents to enhance product stability and performance.
Degreasing Removes grease and oil from the surface to improve subsequent processing quality.
Forming Heats materials to make them easier to mold into specific shapes.
Forming process Softens materials through heating to facilitate shaping.
Preheating Prevents cracks and deformation during welding and machining, enhancing workability.
Quenching Rapidly cools metal to increase hardness, strength, and wear resistance.
Stress relief Reduce residual stress to prevent deformation and cracking.
Tempering Improves toughness while maintaining hardness.
Vacuum Heats materials in a vacuum environment to enhance purity or alter properties.

Whether you’re in aerospace, oil & gas, medical, or automotive industries, our solutions are designed to meet your specific requirements.

Annealing Furnace        Turbine Bonding Oven

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