Product knowledge
Introduction to the physical properties of fireproof board
During construction, fireproof boards are often seen. Fireproof boards are fire-resistant building materials used for surface decoration design. They are widely used in various fields such as interior decoration design, office furniture, integrated cabinets, laboratory countertops, and exterior wall decoration. They are mainly used for surface decoration. So, what are their main physical properties?
Fireproof board:
Mainly kraft paper, phenolic resin adhesive, and decorative color paper, which are surface layer decorative building materials formed by high-temperature and high-pressure paint free molding. Designers love to use this type of board for decoration in their works. It can often be seen on some furniture surfaces and hotel decorations, and is currently a popular decorative board in the market.
It has many physical properties that traditional decorative materials do not possess, so it is not surprising that it is popular among decoration companies and designers!
Physical properties of fireproof board:
1. Flame retardant
The board is made of kraft paper through high-temperature processing, so it has flame retardant properties. Generally, the flame retardant properties are at B1 level, which is not available in general decorative materials.
2. Environmental Protection
Surface decorative materials are very environmentally friendly and can achieve E0 level, which is not available in other decorative materials. Some even have strict requirements and can achieve antibacterial effects.
3. Corrosion resistance
Laboratory countertops made of this type of decorative board can achieve a corrosion-resistant effect, and most countertops are surface treated with fireproof boards. Hospital decorations also generally use this type of product, especially when used as partitions in public restrooms.
The above are the physical properties that traditional decorative materials do not have, which shows why this type of product is so popular among designers.