KYG · AWF2
KYG AWF2 Jewelry Annealing Furnace
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Casting Preparation & Burnout
Annealing Furnace
KYG0713
KYG AWF Jewelry Mesh Belt Annealing Furnace
KYG · AWF
Continuous mesh belt annealing furnace designed for precise metal heating, with 950°C max temperature and stepless speed.
Casting Preparation & Burnout
Specifications
| Power Source | 3 phase 380 V, 50/60 Hz |
|---|---|
| Power | 13 kW |
| Maximum Temperature | 950 °C |
| Speed Regulation | Stepless speed regulation |
| Cooling Method | Water cooling |
| Atmosphere Gas | Ammonia |
| Working Slot Size | 70 × 40 mm (W×L) |
| Mesh Belt Width | 50 mm |
| Additional Features | Equipped with ammonia flowmeter, nitrogen purification, temperature and timing controls. |
Overview
Highlights
- Continuous annealing with stepless speed regulation for high productivity.
- Water cooling system and precise temperature control ensure stable operation at up to 950°C.
- Operates under ammonia atmosphere with nitrogen purification, reducing oxidation risk.
Applications
- Annealing and tempering of jewelry and chain welding parts.
- Treatment of coins, bars and other precious metal products to improve workability.
- Continuous annealing and stress-relief processing for hardware and stamping parts.
Overview
The KYG AWF Jewelry Mesh Belt Annealing Furnace is engineered for precise and efficient heating and annealing of metal workpieces. Operating with a maximum temperature of 950°C, this furnace utilizes a stepless speed regulation mesh belt to support a continuous production process. Its chamber is equipped for ammonia gas operation and features water cooling for stable thermal management.
This furnace is suitable for various metals, including K-gold, silver, steel, and cast iron, making it ideal for jewelry manufacturing, coin and bar minting, and metal hardening applications. Enhanced with automatic timing controls, temperature regulation, and nitrogen purification, the KYG Mesh Belt Annealing Furnace ensures uniform heat treatment while minimizing oxidation and preserving material integrity.
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