High-Temperature Fiber Shapes for Laboratory Furnaces

Features:

Classification Temperature: 1260°C (2300°F) – 1800°C (3272°F)

Chemical Composition: Alumina, Silica

CCEWOOL® High-Temperature Fiber Shapes for Laboratory Furnaces are custom vacuum-formed components made from high-quality aluminosilicate fiber bulk. Customized to drawings, samples, or furnace designs, they provide reliable thermal insulation and structural support for furnace linings, heating element supports, thermal barriers, and test chamber insulation.


Product Introduction

CCEWOOL®
High-Temperature Fiber Shapes
for Laboratory Furnaces

CCEWOOL® High-Temperature Fiber Shapes for Laboratory Furnaces are custom vacuum-formed components made from high-quality aluminosilicate fiber bulk, with bonding systems and functional additives selected according to furnace structure, operating temperature, and application requirements.

Customized to drawings, samples, or furnace designs, these components are used for furnace linings, heating element supports, thermal barriers, and test chamber insulation, providing stable thermal protection for laboratory furnaces and precision thermal equipment.

Professional Solutions for Your High-Temperature Projects

CCEWOOL® Bio Soluble Fiber Shapes for the Telecommunications Industry
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Polycrystalline Fiber Furnace Chamber

 

Classification Temperature: 1500°C / 1600°C / 1700°C / 1800°C

Industry: Laboratory Electric Furnaces

Application: Refractory insulation chamber

Density / Heating Element Options:
1500°C: 350 / 400 kg/m³ — FeCrAl, NiCr, or SiC heating elements
1600°C: 350 / 400 kg/m³ — SiC heating elements
1700°C: 400 kg/m³ — MoSi₂ heating elements
1800°C: 400 kg/m³ — MoSi₂ heating elements

Treatment: Curing and high-temperature calcination

 

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Alumina Fiber Electric Heating Plate

 

Classification Temperature: 1500°C

Industry: Laboratory Electric Furnaces

Application: Internal high-temperature insulation component

Density: 350 kg/m³

Treatment: Hardening treatment

 

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Ceramic Fiber Electric Furnace Chamber

 

Classification Temperature: 1260°C / 1400°C

Industry: Laboratory Electric Furnaces

Application: Electrical and thermal insulation around resistance heating elements

Density: 320–400 kg/m³

Treatment: Hardening treatment

 

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Alumina Fiber Resistance Heater Component

 

Classification Temperature: 1500°C

Industry: Laboratory Furnaces

Application: Insulation and support for resistance heating elements

Density: 350 kg/m³

Treatment: Inorganic hardening treatment

 

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Custom Tube Furnace End Shape

 

Classification Temperature: 1260°C / 1350°C / 1500°C

Density: 320–350 kg/m³

Industry: Tube Furnaces

Application: Thermal sealing and insulation at both furnace ends

Treatment: Inorganic hardening or standard hardening treatment

 

Product Features

 

PRODUCT FEATURES

Characteristics

Providing you with reliable reference to key performance advantages.

High-Temperature Fiber Shapes with Application-Specific Fabrication

CCEWOOL® High-Temperature Fiber Shapes for Laboratory Furnaces are vacuum-formed from high-quality aluminosilicate fiber bulk and customized to drawings, samples, or furnace designs. Their one-piece construction provides accurate dimensions, a close structural fit, and reliable thermal insulation for furnace linings, heating element supports, thermal barriers, test chambers, and other high-temperature areas.

01

Low shrinkage and good dimensional stability at high temperatures

02

Excellent high-temperature thermal insulation

03

Lightweight with good mechanical strength

04

Suitable for complex custom shapes

05

Good wear and spalling resistance

06

Stable performance under repeated thermal cycling

07

Resistant to wetting by most molten metals

08

Suitable for long-term high-temperature and precision laboratory applications

Technical Data Sheet

Providing you with professional and clear product parameters for confident selection.

Application Introduction

Application

Providing you with application solutions better suited to specific operating conditions.

▶ Furnace Lining Insulation Components
Used inside laboratory electric furnaces to maintain stable operating temperatures and protect furnace structures.

 

▶ Heating Element Support Components
Used to support and isolate heating elements, helping maintain accurate positioning and reliable furnace operation.

 

▶ Thermal Barrier Components
Used as thermal shields to protect sensitive components and improve temperature distribution inside the furnace.

 

▶ Test Chamber Insulation Components
Used in or around test chambers to improve temperature control accuracy and maintain stable experimental conditions.

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Product & Industry Resources

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and industry application materials.

PRODUCT RESOURCES

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High-Temperature Fiber Shapes for Laboratory Furnaces

PDF  ▶

Vacuum-Formed High-Temperature Fiber Shapes

PDF  ▶

Product Manual

PDF  ▶

Corporate Brochure

PDF  ▶

Steel Industry Brochure

PDF  ▶

Petrochemical Industry Brochure

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Ceramics and Glass Industry Brochure

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U.S. Warehouse Stock Supply & Local Project Support

U.S. Warehouse Direct Sales

CCEWOOL® operates professional refractory and insulation warehouses in Charlotte, NC and Youngstown, OH, providing North American customers with local stock, fast delivery, and project supply support.

✓ Manufacturer Direct – 20+ Years of Manufacturing Experience
✓ Dual Warehouses – Fast U.S. Local Delivery
✓ Full Product Range – Large Inventory for Industrial Projects
✓ Beyond Supply – Technical Support and Complete Solutions
✓ Regular Restocking & Pre-Stock Program – Long-Term Supply Assurance

Professional Solutions for Your High-Temperature Projects

Contact us today to get product information, technical support,
and customized solutions.

Help you learn more applications

  • Metallurgical Industry

  • Steel Industry

  • Petrochemical Industry

  • Power Industry

  • Ceramic & Glass industry

  • Industrial Fire Protection

  • Commercial Fire Protection

  • Aerospace

  • Vessels/Transportation

Technical Consulting

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