INSULATION
Lightweight thermal barriers for energy savings and worker safety
Thermal insulation refractories minimise heat losses through furnace walls, reduce structural steel temperatures, and improve energy efficiency. Correct insulation selection can cut fuel consumption by 20–40% and significantly improve working conditions around hot equipment.
Company Profile (PDF)Industries Served
ALL PRODUCTS, INSULATION
1000°CMicroporous Insulation
Microporous Insulation
Ultra-low-conductivity microporous panels for back-up insulation in tight spaces
Popular 1600°CCeramic Fiber Products
Ceramic Fiber Products
Ultra-lightweight blankets, modules and boards for energy-efficient furnace linings
1000°CCalcium Silicate Boards
Calcium Silicate Boards
Rigid, load-bearing insulation boards for backup lining and structural insulation
NEED A RECOMMENDATION?
Our engineers specify the right grade for your operating conditions
Talk to an EngineerINSULATION PRODUCTS, KEY PROPERTIES AT A GLANCE
Indicative property ranges across our insulation products portfolio. Use this table to shortlist a sub-family before reviewing the full per-grade data sheet on the product page.
| Product | Max Temp | Temperature grades | Density | Thermal Cond | Temperature | Specification | Thermal conductivity |
|---|---|---|---|---|---|---|---|
| Ceramic Fiber Products | 1430°C | 1260°C, 1400°C, 1430°C | 64-350 kg/m³ | 0.08-0.15 W/mK | — | — | — |
| Calcium Silicate Boards | 1000°C | — | 200-300 kg/m³ | — | Up to 1000°C | Good compressive strength | — |
| Microporous Insulation | 1000°C | — | 200-350 kg/m³ | — | — | Thin profile | 0.020-0.025 W/mK |
Values are typical ranges across stocked grades. Exact data sheets per grade and brand are available on request.
Need help choosing the right sub-family for your equipment? Talk to a refractory engineer →
Frequently Asked Questions
›Can you help improve the energy efficiency of our industrial furnaces?
Yes. We provide specialized thermal insulation solutions, including ceramic fiber modules, blankets and calcium silicate boards, engineered to minimize heat loss and maximize energy savings in high-temperature environments. Correct insulation selection directly reduces fuel consumption and shell temperatures.