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| Furnace type | Horizontal signal room |
| Effective size (Inner liner A) | 1000x1100x2200mm (W)x(H)x(L) |
| Effective size (Inner liner B) | 1200x1200x2600mm (W)x(H)x(L) — Note: Rated capacity 10,000KG, 180KW power. |
| Max loading capacity | 5000 kg |
| Maximum furnace temperature | 950℃ (Typical operation: 800℃–900℃) |
| Limit vacuity | 100 Pa |
| Pressure rising rate | < 50 Pa/h |
| Air exhausting time | 30 min (To 400 MPa vacuum) |
| Heating power | 120 kW (3 × 40 kW) |
| Temperature uniformity | ≤ ±2℃ (Insulation stage) |
| Surface temperature | Room temperature + 35℃ |
| Temperature Points | 3 |
| Control method | Automatic by program |
| Cooling water capacity | 10–12 T/h |
Operates in a high-vacuum atmosphere, isolating materials like silicon steel from air. This eliminates oxidation and decarburization, ensuring superior surface quality.
Accurate temperature tuning (RT–1200℃) with ±5℃ precision. Relieves internal stress and optimizes magnetic properties for maximum energy efficiency.
Suitable for stainless steel, amorphous alloys, and magnetic materials across electrical, automotive, and aerospace sectors.
Automated cycles shorten annealing time by 20%. Includes overheating protection and vacuum leakage alarms for stable long-term operation.
Essential for annealing grain-oriented (GO) and non-oriented (NGO) silicon steel cores for transformers. Enhances magnetic permeability and reduces core loss.
Performs stress relief for high-strength metal parts like transmission gears, preventing deformation and improving fatigue resistance during heavy-duty use.
Ideal for amorphous alloy cores and titanium alloys. The vacuum environment maintains the unique atomic structure and ensures surface purity for high-tech applications.
