Introduction

High Density Calcium Silicate Board with a density of 1020 kg/m³ is a premium high-temperature insulation and structural material designed for demanding industrial applications. It offers superior mechanical strength, excellent thermal insulation, and outstanding durability under extreme conditions.

This type of board is widely used in metallurgy, non-ferrous metal processing, petrochemical industries, and fireproof systems where both strength and heat resistance are required.

Main Applications

1. Non-Ferrous Metal Industry

  1. Aluminum melting launders
  2. Transfer plates
  3. Flow tubes and spouts

2. Steel & Metallurgy

  1. Furnace linings
  2. Ladle insulation
  3. High-temperature structural components

3. Petrochemical Industry

  1. Pipe insulation
  2. Reactor thermal protection

4. Fire Protection Systems

  1. Fire doors core material
  2. Fireproof partitions and walls

5. Industrial Equipment

  1. Valves and elbows insulation
  2. Custom CNC machined parts

Why Choose 1020kg/m³ Density?

Choosing the right density is critical.

  1. Low density (200–400 kg/m³): better insulation, lower strength
  2. Medium density (500–800 kg/m³): balanced performance
  3. High density (1000+ kg/m³): maximum strength and durability

The 1020 kg/m³ grade is ideal when mechanical strength and wear resistance are just as important as insulation.

Conclusion

High Density Calcium Silicate Board 1020kg/m³ is a high-performance solution for industries requiring both thermal insulation and structural reliability. Its combination of strength, heat resistance, and long service life makes it an excellent choice for demanding applications such as aluminum processing, furnaces, and fireproof systems.

If you are looking for a durable, efficient, and safe insulation material, this product is one of the best options available.

Excerpt (short description)

High Density Calcium Silicate Board 1020kg/m³ offers excellent strength, thermal insulation, and durability for high-temperature industrial applications up to 1000°C.