Belt type Quenching Furnace for Automotive Fasteners Parameter
Available in different furnace capacities to match automotive component production requirements.
| Model | Total Power | Carburizing Length | Tempering Length | Mesh Belt Width |
|---|---|---|---|---|
| TE-QM-B-1 | 220KW | 28.5m | 30.5m | 400mm |
| TE-QM-B-2 | 400KW | 32.5m | 34.5m | 600mm |
| TE-QM-B-3 | 450KW | 36.5m | 38.5m | 600mm |
| TE-QM-B-4 | 550KW | 36.5m | 38.5m | 800mm |
| TE-QM-B-5 | 650KW | 40.5m | 42.5m | 800mm |
| TE-QM-B-6 | 1000KW | 44.5m | 46.5m | 1000mm |
Quenching Furnace Main Applications
Automotive Bolts
Suitable for high-strength automotive bolts requiring carburizing and quenching treatment.
Typical applications include:
- Engine bolts
- Chassis bolts
- Suspension fasteners
- Connection bolts
The process improves surface hardness and wear resistance while maintaining core toughness.
Automotive Nuts
Used for continuous heat treatment of automotive nuts requiring stable mechanical properties.
The controlled carburizing process improves surface performance and supports high-load fastening applications.
Screws and Small Fasteners
Suitable for various small steel fasteners requiring:
- High hardness
- Wear resistance
- Fatigue resistance
- Stable dimensions
Special Metal Components
The furnace can also process:
- Clips
- Washers
- Small stamped parts
- Precision steel components
Continuous Carburizing and Quenching Performance
A belt type quenching furnace designed for stable carburizing depth, hardness consistency and continuous production.
Stable Carburizing Process
Methanol is used as carrier gas and propane is used as enriching gas. The atmosphere control system helps maintain consistent carburizing conditions during production.
Uniform Heat Treatment Quality
The mesh belt transportation system maintains stable movement of workpieces, reducing differences caused by uneven heating time.
Consistent Quenching Results
The quenching system uses controlled oil circulation and agitation to improve cooling uniformity.
Suitable for Mass Production
The continuous belt structure supports high-volume production requirements for automotive fastener manufacturers.
Continuous Production Design
The mesh belt conveyor enables continuous feeding and discharging.
This design is suitable for manufacturers requiring stable output and automated production lines.
Precise Atmosphere Control
The furnace adopts atmosphere monitoring and control systems to maintain carburizing conditions.
Stable atmosphere management helps reduce oxidation and improve surface quality.
Reduced Product Deformation
The optimized heating and cooling process helps reduce deformation during carburizing and quenching.
This is important for automotive fasteners requiring dimensional accuracy.
Easy Maintenance Structure
The furnace uses modular equipment design.
Key components are arranged for convenient inspection and maintenance, reducing downtime during production.
FAQ
1.How is hardness uniformity achieved?
Precise temperature control, stable material transportation and controlled quenching conditions help improve hardness consistency.
2.Can the furnace reduce oxidation?
Yes. The protective atmosphere system helps reduce oxidation during heat treatment.
3.What is the advantage compared with batch furnaces?
The continuous belt structure provides automatic operation, higher production efficiency and stable process cycles.
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