Ceramic Fiber Board Alternative

Introduction

Parameters

Application

Packaging

Introduction

Composite silicate thermal insulation material (ceramic fiber alternative) is a closed microporous network structure combined with a solid matrix. The electrostatic inorganic thermal insulation material contains magnesium, aluminum, silicate non-metallic minerals-sepiolite as the base material, and a certain amount of auxiliary materials are combined. The raw materials and fillers are added with quantitative chemical additives; they are made by new technology and new technology.

There is no defect that the fibrous thermal insulation material is gradually powdered during the use process.

There is no shortcoming that the fibrous thermal insulation material gradually sags on the pipeline, causing the thermal insulation effect to decrease.

Good waterproof performance, not afraid of water immersion, rain, damage to the waterproof layer and steam leakage.

Low thermal conductivity (0.0384w/m.k), high temperature resistance and good thermal stability.

Good flame retardancy, the product is composed of natural inorganic materials.

It is non-toxic and tasteless, does not corrode equipment, and does not pollute the environment.

Profiles (tiles, slabs) have high strength, convenient construction, strong thermal insulation and beautiful appearance.

The paste has strong adhesion and convenient construction, especially suitable for on-site thermal insulation of complex shapes (such as valves, elbows, etc).

Technical Parameters

Product Category	Composite Silicate Insulation Material
Shape	Board
Size(mm)	100050050;30060050,30060060
Core Material	Rare Earth Cotton
Working Temp.	600℃(1112℉)
Compression Strength (Mpa)	0.3
Flexural strength(Mpa)	0.3
Thermal conductivity(W/M.K)	0.0384
Slide Way	Seal
low temperature bending	0.1
Color	Grey
Softness	Soft
Elongation at break	2

Application Of Ceramic Fiber Board Alternative

Instead of using traditional rock wool for filling the boiler furnace walls of power plants, high-strength plates are used to resist the erosion of hot smoke, thereby reducing heat loss in high-temperature areas.

Wrap the high-temperature components of industrial kilns and heating furnaces to maintain stable insulation in a high-temperature environment, thereby protecting the safety of surrounding equipment.

Used for insulation construction of the walls and roof of cold storage facilities, it maintains low thermal conductivity at low temperatures, preventing heat loss and frosting problems.

As the anti-corrosion and insulation layer for steam pipelines, it is equipped with an aluminum foil coating, ensuring both insulation performance and resistance to water vapor erosion.

Covering the outer wall of the petrochemical storage tank, it forms a fire-resistant insulation layer during a fire, slowing down the temperature rise of the tank and meeting fire safety standards.