Industrial Insulation Solutions

Temperature range: -70C-1000℃

Thermal conductivity: <0.035w/(m. k) (at normal temperature)

Material density: 100-200kg/m3

Thickness: 35mm-50mm

Flame retardant performance: A grade non-flammable

Anti-corrosion properties: acid and alkali resistance,corrosion resistance,water and oil resistance

Lifetime: more than 10 years

product details

Basic Info.

Waterproof	Yes	Fireproof	Yes
Energy Saving	Yes	Colour	Grey
Warranty	2 Years	Refractoriness	200-450℃
Diameter	10-50mm	Apparent Density	180~210kg/m³
Usage	Exterior Tiles	Transport Package	Standard Export Carton
Specification	customized	Trademark	Jiecheng
Origin	China	HS Code	7019909000
Production Capacity	30000/Year

wide range of applications

High safety performance: The materials used for the insulation cover generally have good flame retardancy and high-temperature resistance, which can effectively prevent fire accidents and ensure production safety.

Removable thermal insulation jacket (industrial thermal insulation jacket) which is more widely used is the reaction kettle thermal insulation jacket, electric accompanied by heat (electric heating) thermal insulation jacket, shipyard (ship valve) thermal insulation jacket, injection molding machine (gun barrel) thermal insulation jacket/cover, manhole, heterogeneous thermal insulation jacket and so on.

Thermal insulation performance comparison

High degree of customization: It can be customized according to the shape, size and installation requirements of different valves to ensure that the insulation cover fits closely with the valves, achieving the best thermal insulation effect. At the same time, it has a neat and beautiful appearance.

Energy conservation and consumption reduction: By reducing heat loss or absorption, it decreases the energy consumption required to maintain the temperature of the medium, achieving the goal of energy conservation. In industrial production, it helps to reduce production costs and improve economic benefits.

Thermal insulation: It reduces the heat exchange between the valve and the external environment and prevents heat dissipation. For valves handling high-temperature media, it can effectively maintain the temperature of the media, reduce energy consumption, and improve the thermal efficiency of the system. For valves handling low-temperature media, it can prevent the valve surface from dew formation or freezing, ensuring the normal operation of the valve.