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High-Load Powder Sintering Belt | China Factory Suppliers for Heavy-Duty PM Conveyor Solutions

Discover Our High-Quality Conveyor Solutions from a Trusted China Supplier:
Explore our High-Load Powder Sintering Belt made with Thick-Wire 314 SS, designed for superior performance.
Our Oxidation-Resistant Heavy-Duty PM Conveyor Belt is perfect for your industrial needs.
Choose our High-Temperature Powder Compacting Belt, rated for up to 800°C for your high-heat applications.
Our Non-Flake Sintering Belt ensures clean PM production and enhances efficiency.
Get the Industrial-Grade Thick-Wire Clinch Edge Conveyor known for its durability and reliability.
Transfer heavy parts safely with our Heavy Part Transfer Belt featuring an Anti-Oxidation Coating.
Our High-Capacity PM Furnace Belt, capable of handling loads up to 5kg/cm², is ideal for demanding environments.
Utilize our Stable Surface Sintering Belt for consistent results in metal powder processes.
Our Corrosion-Free PM Handling Belt made from 316Ti SS is the perfect choice for longevity.
Lastly, our Durable Thick-Mesh Belt is specially designed for high-temperature powder transport, making it an essential tool for every factory.

    Products Description

    Jiangsu Huada’s clinch edge conveyor belts are engineered for the extreme demands of powder metallurgy, combining 1050°C heat resistance, 5kg/cm² load capacity, and zero surface flaking during prolonged high-temperature exposure.

    Key Advantages:
    Thick 3.0-5.0mm wire diameter withstands heavy PM parts
    Oxidation-stable surface (mass gain <1mg/cm² @800°C/100h)
    Anti-flake guarantee (ISO 14644-1 Class 5 compliant)
    Certifications:
    ISO 9001:2015 ASTM A480 MPIF Standard 35

    Technical Advantage

    High-Temperature Endurance

    Material: 314/310S Stainless Steel
    Continuous operation: 800-1050°C (H₂/N₂ atmosphere)
    Thermal cycling: 2000+ cycles (ASTM E606)

    Heavy-Load Capacity

    Wire diameter: 3.0-5.0mm (customizable)
    Load rating: Up to 5kg/cm² (vs. 3kg/cm² industry standard)
    Tensile strength: 800-1000 N/mm²

    Oxidation Stability

    Surface oxide layer adhesion: Grade A (ASTM D3359)
    Mass gain: <1mg/cm² after 100h @800°C
    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

    After adopting Huada’s belts:
    Zero part deformation with 4.2mm wires under 4.8kg/cm² loads
    No oxide contamination in 10,000 sintered gears
    Reduced 30% maintenance costs over 18 months

    Detail Pictures

    Frequently Asked Questions

    What is the maximum operating temperature for these belts?
    Jiangsu Huada’s clinch edge belts are designed for continuous operation in temperatures ranging from 800°C up to 1050°C.
    What wire diameters are available for heavy-load applications?
    We offer thick wire diameters between 3.0mm and 5.0mm, which are specifically engineered to withstand heavy powder metallurgy parts without deformation.
    How do your belts prevent oxidation and flaking?
    Our belts use 314/310S stainless steel with a stable surface oxide layer (Grade A adhesion). This ensures zero particulate shedding, compliant with ISO 14644-1 Class 5 standards.
    What is the load capacity compared to industry standards?
    Our belts offer a load capacity of up to 5kg/cm², which is significantly higher than the 3kg/cm² industry standard.
    Are these belts compatible with different furnace atmospheres?
    Yes, they are designed for stable operation in H₂/N₂ and other controlled atmospheres used in sintering and debinding processes.

    Technical Inquiry

    Jerry Lau | International Business Director