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QB-1000
TOPROPAN
Product Description
The glass wool wall sandwich panel is composed of glass wool as the core material and the metal panels (such as PPGI,PPGL,PPAL, Stainless Steel, etc.) on the surface. Just like the rock wool sandwich panel, PU is used for edge - sealing on both sides, which can increase the overall strength of the panel. This panel adopts a hidden - nail installation method. During the installation process, the nails are hidden, making the exterior wall surface flatter and more beautiful.
Glass wool is a refractory material with excellent fire - resistant performance. It can effectively prevent the spread of fire and provide reliable fire protection for buildings. In case of a fire, the glass wool wall sandwich panel can slow down the spread speed of the fire, gain precious time for personnel evacuation and fire - fighting rescue, and ensure the safety of people's lives and property. After testing, the glass wool sandwich panel has a fire-resistant capacity of over 1000 °C. For those with a thickness of 150mm or more, the maximum burning time can reach 180 minutes or more. Compared with the rock wool wall sandwich panel with the same burning time, the glass wool sandwich panel has a lower density, is lighter in weight and is more convenient to install.
At the same time, we can provide suggestions and solutions according to your needs to make your construction easier.
Product Advantage
Excellent thermal insulation performance: Glass wool itself is an efficient thermal insulation material. There are a large number of tiny pores in its fiber structure, which can effectively prevent heat transfer. Whether in the hot summer or the cold winter, it can keep the indoor temperature relatively stable, reduce energy consumption, and provide people with a comfortable indoor environment.
Good fire resistance performance: Glass wool is a non - combustible material with excellent fire - resistance performance. It can effectively prevent the spread of fire and provide reliable fire protection for buildings. In the event of a fire, the glass wool sandwich panel can slow down the spread speed of the fire, gain precious time for personnel evacuation and fire - fighting rescue, and ensure the safety of people's lives and property. After testing, the glass wool sandwich panel has a fire - resistance capacity of over 1000 °C.
Significant sound absorption and sound insulation effects: The fiber structure of glass wool has good sound - absorption performance, which can absorb the sound wave energy propagating in the air and reduce the reflection and propagation of sound. Therefore, using glass wool sandwich panels can effectively reduce the noise level inside buildings and provide a quiet working and living environment. For example, in places with high noise levels such as airports and factories, the sound - absorption effect of glass wool sandwich panels is particularly obvious.
Light in weight and high in strength: The density of glass wool is relatively small, making the glass wool sandwich panel lighter in weight, which is convenient for handling and installation, reducing construction difficulty and transportation costs. Although it is light in weight, the glass wool sandwich panel forms a plate structure with relatively high strength by compounding glass wool with metal panels on both sides, which can withstand certain external forces, such as wind load and snow load, ensuring the structural stability of the building.
Convenient installation and beautiful appearance: Its connection method is simple and reliable. Hidden - nail connection and other methods are adopted to avoid the water leakage problems that may occur in traditional connection methods and ensure the beauty of the facade.
Technical Parameters
Nominal Thickness | 50mm/60mm/70mm/75mm/80mm/100mm/120mm/150mm（±2mm） |
| Useful Width | 1000mm (Other special widths need to be customized |
| Surface Material | PPGI/PPAI/Stainless Steel/Aluminum Plat |
| Surface Coatin | PE/SMP/HDP/PVDF |
| Surface Metal Thickness | 0.3mm-1.0m |
| Core Material Densit | 55-64kg/m³ |
| Fire Resistance Performance | A2 |
