HBC industrial high temperature glass wool insulation material is a lightweight, durable, high temperature resistant insulation material composed of uniform, slender, elastic glass fibers and special high temperature adhesives. It is widely used in the insulation and heat insulation of equipment and pipelines in the power, petroleum, chemical, light industry, metallurgy and other industries. The outer protective layer of the insulation structure can be made of tinplate, aluminum, stainless steel or plastering materials according to the specific situation.

32-64kg/m³

Operating temperature

≤0.039 at 70°C

density

Thermal conductivity

-18°C-232°C

HBC industrial high temperature glass wool insulation material is a lightweight, durable, high temperature resistant insulation material composed of uniform, slender, elastic glass fibers and special high temperature adhesives. It is widely used in the insulation and heat insulation of equipment and pipelines in the power, petroleum, chemical, light industry, metallurgy and other industries. The outer protective layer of the insulation structure can be made of tinplate, aluminum, stainless steel or plastering materials according to the specific situation.

It is widely used in electricity, petroleum, chemical industry, light industry, metallurgy and other industries as well as thermal insulation and heat insulation of power station flues, hot air ducts, dust collectors, chimney linings, deaerator water tanks, powder making systems, and sulfur making devices.

Low thermal conductivity and good thermal insulation performance. The fiber refinement technology improves the sound absorption performance and can improve the sound insulation performance.

Suitable for thermal insulation of industrial equipment and pipelines, durable and not prone to corrosion.

The material does not contain asbestos, making it safer and more environmentally friendly.

Wide range of applications, easy installation, short construction period, high efficiency and more economical!

-18-232

No chemical reaction

Water repellency %

Thermal conductivity W/(m·k) Average temperature 70°C

≤0.042;≤0.040;≤0.040;≤0.039;≤0.039;

Non-combustible material/Class A