Eco-friendly glass wool
Environmentally friendly glass wool is made of edible plant ecological binder and finished by special process. With superior thermal insulation performance, it is a high-quality choice for high-end customers in commercial, industrial, residential and othe
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Yellow/white
Chat
publisher:jingfang
Description

Product performance advantage
Health and environmental protection
On the basis of the characteristics of ordinary ultra-long and ultra-fine fiber glass wool, the environmental protection performance of the product is improved, which has: slender fiber, no slag ball, no formaldehyde, no acrylic acid.
All natural binder
Environmentally friendly glass wool is made of natural plant binder without adding petrochemical raw materials, no formaldehyde, no acrylic acid, health and environmental protection without harmful gas volatilization.
Ultra-fine and ultra-long fibers
Environmentally friendly glass wool adopts special technology to make the fiber thinner and longer, the cloth is more uniform and moderate, and there is no slag ball, thus improving the overall structural strength and tensile and shock resistance of the glass wool.
Efficient insulation and sound absorption
Compared with ordinary glass fibers such as down and cotton, the ultra-slender glass fiber makes this environmentally friendly glass wool have finer pores and rich air layer structure, achieving more efficient thermal insulation and sound absorption.
Soft without irritation
Pure natural environmental protection glass wool because of the slender fiber, feel very soft and comfortable, there is no tingling, cutting edge neat, not scattered, small loss, improve the comfort of construction workers and installation efficiency, but also reduce the loss of construction site.
High hydrophobicity
The water-repellent rate of environmentally friendly glass wool is more than 98%, effectively curbing the negative impact of moisture in the environment on thermal insulation performance. Such as the compound of tailored veneer products on cotton, more effectively ensure the balance of the overall thermal insulation system durability.