Heat Treatment Furnace Oil Quenching Vacuum Furnace GCr15
Upon completion of the quenching process, the oil is drained from the chamber, and the material is ready for unloading. The material will have undergone controlled transformation, resulting in improved characteristics such as hardness, strength, and wear resistance.
The vacuum oil quenching furnace offers distinct advantages over alternative quenching methods. The vacuum conditions prevent oxidation and minimize the formation of scale on the material's surface, ensuring a clean and uniform quenching outcome. The controlled cooling rates minimize distortion and reduce the need for subsequent machining operations. Additionally, the vacuum environment enables precise control of heat treatment parameters, guaranteeing consistent and reliable results.
Specification
Usage | Vacuum Oil Quenching Furnace |
Voltage | Optional Customized(220v/380v/660v) |
Oil tank Capacity | 800L to 14000L(depend on model) |
Loading capacity | 50-1500kg (adjustable) |
Vacuum system | Leybold, EVP, Edwards, Kinney |
Heater | Mo belt, Tungsten, Graphite, SiMo, SiC |
Max temperature | 1300℃ (custom made) |
Power (kW) | 36-500kw |
Applicable Industries | Brazing industry |
Dimension(L*W*H) | 300*300*500-700*700*1200(can customized) |
Heating element | MoSi2 Heating / Graphite Heating |
Furnace type | Vacuum Furnace |
Ultimate Vacuum | 3.0*10-4 Pa |
Structure | Horizontal, Vertical, Batch, Continuous |
Pressure rise rate | ≤0.5 Pa/h |
Application
Bright quenching, tempering, oil quenching or pressurized (high pressure) gas quenching of alloy steel, high speed steel, tool and die steel, bearing steel, spring steel, stainless steel and other materials.
Vacuum heat treatment of magnetic materials and hard gold, high temperature vacuum brazing and vacuum sintering.
Features
Convection heating achieves rapid and uniform heating of the low-temperature section. The heating chamber structure in the furnace provides more uniform heating, low power loss and energy saving.
Using a new type of carbon felt composite material, it is resistant to high temperature and high pressure airflow erosion, and the heat shield has a longer service life and is easier to maintain.
High-speed and high-pressure fans, high-efficiency copper-copper heat exchangers. Achieve rapid cooling and alternate cooling methods to achieve uniform cooling and ensure minimal deformation of the workpiece.
The cooling pressure and fan speed are adjustable to achieve graded quenching. The vertical furnace adopts screw drive and has flexible movement: it is safe and reliable. Graphite and all-metal heating chambers can be used.
Optional fully intelligent industrial computer control and a manual operating system are available, which are easy to learn, understand and operate.