WG glass wool (glass curtain wall) (Grade A)
Glass wool is made of natural minerals such as quartz sand, dolomite, borax and other inorganic materials, which are mixed according to specific process formula ratio requirements, hot-melted at 1360℃, and made into a series of products such as glass wool felt and glass wool board using advanced centrifugal fiber-forming technology.
32-64kg/m³
Operating temperature
≤0.039 at 70℃
density
Thermal conductivity
-18℃-232℃
Product Introduction
Mainly used as thermal insulation, fireproofing and heat insulation interior insulation material.
Application
Glass wool is made of natural minerals such as quartz sand, dolomite, borax and other inorganic materials, which are mixed according to specific process formula ratio requirements, hot-melted at 1360℃, and made into a series of products such as glass wool felt and glass wool board using advanced centrifugal fiber-forming technology.
Product Performance
Thermal insulation performance
Sound absorption performance
Environmental performance
Fire performance
The use of fine fibers increases the number of fibers, improves the insulation effect, and compared to 80K rock wool, 16~24KAclear can achieve equal or better insulation performance. It can reduce the weight of insulation materials by 70~80%, achieving significant lightweighting.
The fiber refinement technology improves the sound absorption performance and can improve the sound insulation performance.
No formaldehyde. No materials containing formaldehyde are used in the production process, achieving a comfortable indoor air environment. No odor. Due to the change of adhesive, the peculiar odor of glass wool and rock wool is also eliminated.
It uses basalt, dolomite and other main raw materials, and has extremely strong fireproof and heat-insulating properties.
Technical Parameters
Operating temperature range
-18°C to +232°C
Corrosion resistance
No chemical reaction
Average fiber diameter μm
5-8
Moisture content%
≤1.0
Moisture absorption rate%
≤5.0
Bulk density (kg/m³)
≥300 ≥350 ≥350 ≥350 ≥400
Combustion performance
Thermal conductivity W/(m·k) Average temperature 70°C
≤0.042 ≤0.040 ≤0.040 ≤0.039 ≤0.039
A-level
Slag ball content (particle size > 0.25mm)%
≤0.3