HTIW Shapes for the Laboratory Furnaces

Temperature Grade

1260℃ (2300℉) - 1800℃ (3272℉)

Chemistry

Alumina, Silica

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

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HTIW Shapes for the Laboratory Furnaces

CCEWOOL® HTIW Shapes are high-performance vacuum-formed products made from premium alumino-silicate fiber cotton, specifically designed to meet the demanding requirements of laboratory furnaces. These custom shapes are tailored with various binders and additives to provide optimal thermal performance and durability in high-temperature environments.

Polycrystalline Mullite Fiber Furnace Chamber

Polycrystalline Mullite Fiber Furnace Chamber 

Temperature: 1500°C / 1600°C / 1700°C / 1800°C
Density:
1500°C: 350/400 (Heating elements: FeCrAl resistance wire, NiCr alloy, SiC rods)
1600°C: 350/400 (Heating element: SiC rods)
1700°C: 400 (Heating element: MoSi₂ rods)
1800°C: 400 (Heating element: MoSi₂ rods)
Application Industry: Laboratory Electric Furnaces
Application Area: Refractory Material for Laboratory Furnaces
Processing Method: Curing and Sintering Treatment

Electric Heating Plate

Electric Heating Plate Shaped Parts

Temperature: 1500°C
Bulk Density: 350 kg/m³
Application Industry: Laboratory Electric Furnaces
Application Area: Inner Insulation of the Black Box
Processing Method: Hardening Treatment

Electric Heating Plate

Electric Heating Furnace Chamber Shaped Parts 

Temperature: 1260°C / 1400°C
Bulk Density: 320-400 kg/m³
Application Industry: Laboratory Electric Furnaces
Application Area: Insulation and Isolation for Resistance Wires
Processing Method: Hardening Treatment

Resistance Wire Heater

Resistance Wire Heater Shaped Parts

Temperature: 1500°C
Bulk Density: 350 kg/m³
Application Industry: Laboratory Furnaces
Application Area: Insulation and Isolation for Resistance Wires
Processing Method: Inorganic Hardening Treatment

Tubular heating furnace port

Tubular heating furnace port 

Temperature: 1260/1350/1500
Bulk Density: 320-350K
Application Industry: tubular heating furnace
Application Location: sealed and insulated at both ends
Treatment Method: inorganic hardening treatment/hardening without inorganic 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 dimensional stability under high temperatures, essential for precise experiments in electric furnaces.

  • High Insulation

    Delivers excellent thermal insulation, maintaining consistent temperatures and reducing energy loss.

  • Lightweight & Durable

    Lightweight construction simplifies installation, while high impact resistance ensures long-lasting performance.

  • Wear & Spall Resistance

    Withstands frequent use and extreme conditions, ensuring a long service life.

  • Non-Wettability with Molten Metals

    Resists interaction with most molten metals, maintaining integrity and performance during high-temperature processes.

Application of HTIW Shapes

HTIW Shapes Solutions in Laboratory Electric Furnaces

Furnace Linings: Provides high thermal insulation and protection for electric furnace interiors, ensuring stable operating temperatures.

Heating Element Support: Custom shapes can support and insulate heating elements, improving efficiency and safety.

Thermal Shields: Acts as thermal barriers to protect sensitive components and maintain uniform heat distribution.

Test Chamber Insulation: Enhances thermal stability for precise experimental conditions.

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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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