HTIW Shapes for Photovoltaic Industry

Temperature Grade

1260℃ (2300℉), 1430°C (2600°F), 1600℃ (2912℉)

Chemistry

Alumina, Silica

With its unique forming process and high-performance materials, CCEWOOL® HTIW Shapes offer an efficient thermal management solution for the photovoltaic industry.

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HTIW Shapes for Photovoltaic Industry

CCEWOOL® RCF Shapes are high-performance, vacuum-formed aluminum silicate fiber products made from premium alumino-silicate fiber cotton. Specifically designed for the photovoltaic (PV) industry, these custom-shaped products are tailored to meet the unique thermal insulation needs of PV production processes. With different binders and additives selected based on performance requirements, HTIW Shapes provide outstanding thermal protection, durability, and energy efficiency.

Sintering Furnace Quartz Heating Tube Shaped Parts

Sintering Furnace Quartz Heating Tube Shaped Parts 

Temperature: 1260/1430°C
Density: 320 kg/m³
Application Industry: Photovoltaic industry
Application Location: Drying after silicon wafer screen printing, insulation and thermal protection for sintering furnace quartz heating tubes
Treatment: Inorganic hardening treatment

Sintering Furnace Heating Zone Shaped Parts

Sintering Furnace Heating Zone Shaped Parts

Temperature: 1260/1430°C
Density: 320 kg/m³
Application Industry: Photovoltaic industry
Application Location: Drying after silicon wafer screen printing, sintering furnace heating zone
Treatment: Inorganic hardening treatment

Electric Furnace Chamber Shaped Parts

Electric Furnace Chamber Shaped Parts 

Temperature: 1500°C
Density: 350/400 kg/m³
Application Industry: Photovoltaic, Semiconductor industry
Application Location: Insulation and thermal protection for resistance wires
Treatment: Hardening treatment

Benefits

  • High-Temperature Resistant Materials for Direct Flame Contact

    The product can come into direct contact with flames, making it suitable for various applications in extreme high-temperature environments.

  • Custom Shapes to Meet Specific Needs

    Products can be tailored to various shapes based on customer-provided drawings, meeting diverse application requirements.

  • Low Thermal Conductivity and Excellent Thermal Shock Resistance

    With a very low thermal conductivity and low heat storage capacity, this product provides efficient thermal insulation and outstanding thermal shock resistance.

  • Superior Wear Resistance and Anti-Molten Metal Properties

    Featuring excellent wear and spalling resistance, this material is also resistant to wetting by most molten metals, making it ideal for harsh operating environments.

Features of HTIW Shapes

  • Low Shrinkage

    Ensures stable performance at high temperatures without shape deformation, making them ideal for precise applications in photovoltaic equipment.

  • High Insulation

    Offers superior thermal insulation, which is critical for maintaining temperature control in various PV manufacturing processes.

  • Lightweight & Impact-Resistant

    The lightweight nature and high impact resistance of HTIW Shapes ensure ease of handling and long-lasting durability in the demanding environment of photovoltaic production.

  • Wear & Erosion Resistance

    Excellent wear and erosion resistance ensure reliable performance in high-temperature environments, extending the service life of the product.

  • Non-Wettability with Molten Metals

    These shapes are not wetted by most molten metals, ensuring that the insulation remains intact and effective during manufacturing processes.

Application of HTIW Shapes

HTIW Shapes Solutions in Photovoltaic Industry

Solar Panel Production: HTIW Shapes are used in solar panel production to provide insulation during high-temperature processes like cell sintering and lamination, ensuring optimal performance and energy efficiency.

Solar Cell Furnaces: These shapes provide thermal protection for furnaces used in the production of solar cells, improving energy efficiency and temperature stability.

PV Module Insulation: Used as insulating materials in the assembly of photovoltaic modules, helping maintain uniform temperature and enhance the durability of the final product.

Protection in High-Temperature Processing: HTIW Shapes protect components from high temperatures during the photovoltaic manufacturing process, improving both productivity and product quality.

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Adhere to Strict Quality Control System

CCEWOOL® products have won a number of authoritative certifications, including rach certification, Fraunhofer laboratory certification and CE certification, which fully prove the excellent quality of our products. These certificates are not only a strong guarantee of the quality of our products, but also ensure a worry-free process for your order. If you need to know more certification details or request relevant certificates, please feel free to contact us!

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