Description:

Product information:

Material: fiberglass
Product category: Dust-free asbestos cloth
Morphology: fibrous
Specifications:width 100mm* thickness 3mm per meter

Packing list:

Ceramic fiber tape*1m

Ceramic Fiber Insulation – High-Temperature Protection for Energy Efficiency and Safety

Perfect for industrial engineers, builders, and heat management professionals

Experience superior thermal performance and reliability with Ceramic Fiber Insulation — the ultimate solution for managing extreme heat in industrial and commercial applications. Designed to withstand intense temperatures while maintaining energy efficiency, this insulation material is trusted across New Zealand industries for its strength, durability, and exceptional heat resistance.

Whether used in furnaces, kilns, boilers, or ovens, ceramic fiber insulation provides consistent protection against heat loss and thermal shock. Lightweight yet highly effective, it offers both thermal efficiency and mechanical stability, making it a top choice for demanding environments.

Description – Ceramic Fiber Insulation

Ceramic Fiber Insulation is a high-performance refractory material composed of fine alumina-silica fibres manufactured through a precision melting and blowing process. The result is a soft, flexible, and lightweight material capable of withstanding temperatures up to 1,260°C (2,300°F), depending on grade and density.

This insulation is used extensively in industrial furnaces, heat treatment systems, exhaust systems, and fire protection, providing exceptional resistance to heat flow and energy loss. It can be formed into blankets, boards, modules, and papers, depending on application needs.

Advanced Heat Resistance

The material’s low thermal conductivity and high heat stability make it ideal for maintaining consistent internal temperatures while reducing external heat emission. This leads to improved energy efficiency and extended equipment lifespan.

Lightweight and Flexible

Despite its strength, ceramic fiber insulation remains easy to handle and install. Its low density reduces structural load, while its flexibility allows it to conform to irregular surfaces and tight spaces — perfect for retrofits and repairs.

Designed for New Zealand Industries

From metal foundries and glass production to residential fireplaces and pizza ovens, ceramic fiber insulation is the trusted material for both performance and safety. It’s engineered to withstand New Zealand’s diverse industrial demands and temperature variations while helping companies meet energy efficiency standards.

Key Points

1. Exceptional Heat Resistance:
Withstands temperatures up to 1,260°C (2,300°F), providing reliable performance in high-temperature applications.

2. Low Thermal Conductivity:
Minimises heat transfer, improving energy efficiency and temperature control.

3. Lightweight and Easy to Install:
Flexible, easy to cut, and simple to fit into any surface or cavity.

4. Chemically Stable and Non-Combustible:
Resists most chemicals and will not burn, ensuring long-term safety and reliability.

5. Versatile Form Options:
Available in blankets, boards, modules, and paper for industrial and domestic use.

Benefits

1. Superior Thermal Protection:
Delivers high insulation performance, reducing heat loss and improving energy efficiency.

2. Long Service Life:
Resists shrinkage, wear, and chemical attack, ensuring consistent performance over time.

3. Lightweight Efficiency:
Reduces overall system weight, making it ideal for retrofits and portable equipment.

4. Safe and Easy Handling:
Non-combustible and stable, offering a safer alternative to traditional fibrous insulation.

5. Cost-Effective Energy Savings:
Lowers operational costs through improved heat retention and reduced energy waste.

Why Choose This Ceramic Fiber Insulation?

The Ceramic Fiber Insulation Collection is designed for the toughest industrial and residential environments in New Zealand, offering unmatched thermal efficiency and durability. Unlike conventional materials like rock wool or fiberglass, ceramic fiber insulation maintains its structure and performance at extreme temperatures without melting, cracking, or degrading.

Each product is engineered for efficiency and safety, ensuring excellent insulation even in continuous high-temperature operations. The fibers are resilient to thermal shock, meaning they can endure rapid temperature fluctuations without damage — a crucial advantage in furnaces, kilns, and heating systems.

Its lightweight construction makes installation quick and efficient, saving labour time and costs. It’s also reusable in many applications, further enhancing its economic value.

For industrial users, this insulation is perfect for furnace linings, kiln walls, and exhaust ducts where sustained heat exposure is expected. For builders and homeowners, it provides heat containment for fireplaces, wood-fired ovens, and chimney insulation.

In addition to heat control, ceramic fiber insulation also provides acoustic insulation, dampening sound in loud machinery or confined environments. Its non-combustible, asbestos-free composition ensures safety and environmental compliance.

From heavy industry to home use, it’s a material that performs where others fail — lightweight, strong, and reliable under pressure.

Applications in New Zealand

1. Industrial Furnaces and Kilns:
Used as refractory lining or backing insulation for heat-intensive operations.

2. Boilers and Heat Treatment Equipment:
Improves energy efficiency by reducing heat loss in commercial systems.

3. Marine and Automotive Applications:
Provides thermal barriers for exhaust systems, mufflers, and heat shields.

4. Residential and Commercial Fireplaces:
Ensures heat containment and protection in domestic heating installations.

5. Ovens and Pizza Kilns:
Ideal for maintaining consistent internal temperatures and conserving energy.

Ceramic fiber insulation has become a cornerstone of New Zealand’s industrial infrastructure — from Auckland manufacturing plants to Queenstown’s hospitality kitchens — wherever heat management is critical.

Maintenance and Handling Tips

• Wear Protective Gear: Use gloves, goggles, and masks when cutting or handling insulation.
  
• Store in Dry Areas: Keep sealed and moisture-free to prevent contamination.
  
• Cut with Sharp Tools: Use industrial shears or knives for clean, accurate shaping.
  
• Inspect Regularly: Check insulation for signs of compression, damage, or wear.
  
• Replace When Necessary: For continuous high-temperature applications, replace when the surface becomes brittle or compromised.
  

Proper maintenance ensures maximum efficiency, safety, and longevity of your insulation system.

Conclusion

The Ceramic Fiber Insulation collection is engineered to deliver exceptional performance, durability, and efficiency in high-temperature environments. Designed for New Zealand industries and builders, it combines heat resistance, energy efficiency, and ease of use into one powerful solution.

Whether for furnaces, ovens, or architectural protection, this insulation stands as the ultimate choice for superior thermal control. Its lightweight build, chemical stability, and long service life make it a cost-effective investment for any project requiring high-temperature management.

From industrial manufacturers to local artisans, ceramic fiber insulation helps Kiwis work smarter, safer, and more efficiently.

Choose Ceramic Fiber Insulation — where heat meets innovation, and performance endures.