High-Load Powder Sintering Belt Suppliers in China - Durable Clinch Edge Conveyor from Leading Factory
Products Description
Technical Advantage
- Material: 314/310S Stainless Steel
- Continuous operation: 800-1050°C (H₂/N₂ atmosphere)
- Thermal cycling: 2000+ cycles (ASTM E606)
- Wire diameter: 3.0-5.0mm (customizable)
- Load rating: Up to 5kg/cm² (vs. 3kg/cm² industry standard)
- Tensile strength: 800-1000 N/mm²
- Surface oxide layer adhesion: Grade A (ASTM D3359)
- Mass gain: <1mg/cm² after 100h @800°C
- Particulate shedding: Zero particulate shedding (ISO 14644-1 Class 5)
Application Scenarios
| PM Process | Challenge | Huada Solution |
| High-Load Sintering | Deformation under heavy parts | 5.0mm wire + cross-rod reinforcement |
| High-Temp Debinding | Surface oxidation contamination | 310S with stable oxide layer |
| Large PM Parts Transfer | Mesh sagging | 4.5mm wire @50mm pitch design |
| Clean Sintering | Oxide flake contamination | Electropolished Ra ≤0.6μm surface |
Technical Parameters
| Parameter | Huada PM Belt | Industry Standard |
| Max Operating Temp | 1050°C | 750°C |
| Load Capacity | 5kg/cm² | 3kg/cm² |
| Oxidation Mass Gain | <1mg/cm² (100h@1000°C) | 3-5mg/cm² |
| Wire Diameter Options | 3.0-5.0mm | 2.0-4.0mm |
Case Study: Automotive PM Component Supplier
Detail Pictures
Frequently Asked Questions
A: The belts are engineered to withstand continuous high temperatures from 800°C to 1050°C in protective H₂/N₂ atmospheres, outperforming standard 750°C industrial limits.
A: It features an electropolished Ra ≤0.6μm surface and Grade A oxide layer adhesion (ASTM D3359), ensuring zero particulate shedding and compliance with ISO 14644-1 Class 5 standards.
A: The belt supports up to 5kg/cm² load capacity with tensile strength ranging between 800-1000 N/mm², preventing mesh sagging and deformation under heavy PM parts.
A: Belts are manufactured with thick 3.0mm to 5.0mm customizable wire diameters using premium 314 and 310S stainless steel alloys.
A: The belts are certified under ISO 9001:2015, ASTM A480, and MPIF Standard 35, and have passed over 2,000 thermal cycles according to ASTM E606.