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0Cr25Al5 Flat Resistance Strip
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0Cr25Al5 Flat Resistance Strip

Heat Resistance: Operating temp up to 1250°C (furnace air temp), melting point 1500°C, ideal for extreme industrial environments.

    0Cr25Al5 Flat Resistance Strip – High-Performance Heating Alloy Solution

     

     

    product-1800-1168
    Key Features

    1. Superior High-Temperature Performance
    - Heat Resistance: Operating temp up to 1250°C (furnace air temp), melting point 1500°C, ideal for extreme industrial environments.
    - Extended Lifespan: 2–4× longer service life than Ni-Cr alloys at the same temperature, thanks to dense Al₂O₃ oxide layer with exceptional oxidation and sulfur corrosion resistance.
    - High Surface Load: Supports 1.0–1.5 W/cm² (varies by temperature), enabling rapid heating and material savings.

    2. Optimized Physical & Electrical Properties
    - High Resistivity (1.42 μΩ·m at 20°C) with low temperature coefficient ensures stable power output.
    - Lightweight: Density 7.10 g/cm³, 10% lighter than Ni-Cr alloys, reducing installation costs.
    - Cost-Effective: Nickel-free composition cuts costs by >30% vs. Ni-Cr alternatives.

    3. Rigorous Manufacturing Standards
    - Made from virgin materials (no recycled content), RoHS-compliant with ultra-low hazardous elements.
    - Customizable: Thickness (0.8–4mm), width (6–150mm), wave/special shapes supported.

     

    Applications
     
     

    Industrial

    Heat treatment furnaces, metallurgical annealing lines, glass/ceramic kilns, petrochemical heating.

     

    Consumer Appliances

    Ovens, heating tubes, HVAC systems, household heaters.

     

    Harsh Environments

    Sulfur-rich atmospheres (e.g., oil refining), outperforming Ni-Cr alloys in corrosion resistance.

     

    Installation & Usage

     

    Critical Steps

    - Fix with ceramic insulators and shields to isolate from insulation, preventing arcing.
    - Maintain ≥40mm interlayer spacing for thermal expansion; handle gently to avoid brittle fracture.

    Environmental Limits

    - Avoid ammonia/chlorine atmospheres.
    - Ensure full welding to terminals-partial welds cause arcing damage.

    Ordering Information

     

    Customization

    Submit drawings/parameters (voltage, power, dimensions) for non-standard designs.

    Quality Assurance

    Free replacement for defective items (shipping cost covered).

    Global Delivery

    Shipped from China (Yancheng/Shanghai) in moisture-proof wooden crates.

     

    Note: Specifications based on standard conditions. Consult engineers for application-specific optimization.

     

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    Technical Specifications

     

     

    Parameter Value
    Material Grade 0Cr25Al5 (Fe-Cr-Al Alloy)
    Resistivity (20°C) 1.42 ± 0.07 μΩ·m
    Density 7.10 g/cm³
    Tensile Strength 637–784 MPa
    Elongation ≥12%
    Max Operating Temp 1250°C (see load table below)

     

    Surface Load Guidelines

     

     

    Temperature Zone Recommended Load (W/cm²)
    ≤900°C 1.4–1.5
    ≤1100°C 1.2–1.3
    ≤1200°C 1.0
    ≤1350°C 0.8–0.9
    Correct material/load design extends lifespan to 3–4 years.

     

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