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Brother furnace's vacuum quenching furnaces are designed to harden metals in a vacuum environment. They are primarily divided into vacuum gas quenching furnaces and vacuum double chamber oil quenching furnaces. Vacuum gas quenching products utilize high-purity nitrogen or argon for cooling, minimizing workpiece deformation and eliminating oil contamination. Vacuum oil quenching products feature a dual-chamber design, with a front cooling chamber and a rear heating chamber. They utilize vacuum quenching oil for cooling, resulting in rapid cooling and high hardness. They are suitable for processing tool steel, stainless steel, die steel,etc.
Vacuum quenching furnaces can cover multiple fields and demonstrate their cross-industry adaptability and practical value:
Vacuum quenching is used to process key components such as engine turbine blades and combustion chambers, enhancing their high-temperature resistance and fatigue resistance, ensuring reliability under extreme operating conditions.
Vacuum quenching is performed on plastic molds, stamping molds, and die-casting molds to optimize mold hardness uniformity, reduce deformation, and improve mold precision and service life.
Processing surgical instruments, using a vacuum environment to prevent oxidative contamination and ensure biocompatibility and mechanical properties.
Processing precision connectors and magnetic components, using vacuum quenching to enhance component strength and magnetic properties, meeting miniaturization and high-precision requirements.
Processing high-speed steel tools and alloy measuring tools, enhancing tool sharpness and wear resistance, and dimensional stability, meeting high-precision cutting and measurement requirements.
Aiming at the characteristics of various materials, the core advantage of the product is its compatible processing:
There are two common quenching methods: gas quenching and oil quenching.
Core Structure | Cooling Medium | Cooling Rate | Working Temperature |
Applicable Materials |
|
---|---|---|---|---|---|
Gas Quenching | Single Chamber | High-purity nitrogen, high-purity argon | Medium | 1350℃ | Tool steel Die steel Elastic alloy Stainless steel |
Oil Quenching | Double Chamber | Quenching oil | Faster | 1350℃ | Alloy steel Tool steel Mold steel High-speed steel Bearing steel Spring steel Stainless steel |