Inorganic vacuum insulation board

导热系数：

0.008

燃烧性能：

A级阻燃

单位面积质量：

15.0KG/M3

Product introduction: Inorganic fiber insulation board is produced by using ultra-fine inorganic composite fibers such as inorganic mineral fiber and glass fiber as the skeleton, nano-inorganic micro-silica powder as the filler, adding nano-inorganic binders, hydrophobic agents and other additives through a specific process. Inorganic insulation boards have the characteristics of first-class fire protection, low thermal conductivity, excellent mechanical properties, and easy construction.
The thermal conductivity of ultra-thin and high-efficiency thermal insulation decorative panel insulation materials is lower than ./(d) and the cost is much lower than similar foreign products, making it possible to use the product in the construction industry. This is a major technological breakthrough for our company. .
Inorganic vacuum insulation board
Product features:
, Energy saving: in line with the national building energy saving % requirements
, low thermal conductivity and excellent insulation effect.
, Safety: Class fireproof, light weight, the required insulation thickness is only /~/ of traditional materials. Environmental protection: Inorganic materials have no adverse effects on the environment and human body.
Product physical indicators
, Thermal conductivity. /(d)
, Combustion performance level: level
, Volume water absorption rate %.(%)
Parameters
Notes:
.Transportation--Inorganic fiber insulation boards should be carried sideways. During transportation, they should be placed firmly and should not be heavily pressed, thrown, or punctured by hard objects to avoid damage. During transportation, extrusion, collision, rain, etc. should be prevented.
.Storage--Materials should be stored according to specifications and listed. Incoming materials should be piled up and stored neatly in a dry and cool place to avoid moisture.
.Construction environment conditions - the ambient temperature of the construction site and the surface temperature of the wall during construction and after construction should not be lower than ℃ and the ambient air temperature should not be lower than ℃. Sun exposure should be avoided in summer. If necessary, temporary shading facilities should be set up on the scaffolding to block the wall. Construction is not allowed in windy weather and rainy days above grade 1. If sudden rainfall occurs during construction, effective covering measures should be taken to prevent rainwater from scouring the wall.