Magnesia crystal fireproof and flame-retardant board has won the national invention patent. It is a new environmentally friendly Class A fireproof and flame-retardant board made from standardized mixing of inorganic minerals, mixed with plant fibers, and then condensed through pr

2024/06/2302:01:32 home 1555

magnesium crystal fireproof and flame retardant board has won the national invention patent . It is a new environmentally friendly Class A fireproof and flame retardant board made of standardized mixing of inorganic minerals, mixed with plant fibers, and then condensed through processes such as crystallization and solidification.


Magnesia crystal fireproof and flame-retardant board has won the national invention patent. It is a new environmentally friendly Class A fireproof and flame-retardant board made from standardized mixing of inorganic minerals, mixed with plant fibers, and then condensed through pr - DayDayNews

Product Features

Combustion performance A1 level, high strength, impact resistance, high stability, moisture-proof and mildew-proof, convenient construction

Application fields

Building wall base, suspended ceiling, curtain box, light trough, partition wall

Magnesia crystal fireproof and flame-retardant board has won the national invention patent. It is a new environmentally friendly Class A fireproof and flame-retardant board made from standardized mixing of inorganic minerals, mixed with plant fibers, and then condensed through pr - DayDayNews

Magnesium Crystal A-class fire-retardant boards are widely used in partitions, ceilings, wall substrates, various shapes, etc. , suitable for wainscoting , fireproof board , moisture-proof board , and can replace wooden plywood as dado , furniture, fire door inner plywood, equipment box outer packaging and other fields. The surface has good colorability, high strength, easy bending and toughness, can be nailed, sawed, and glued, and is easy to construct.

can also be used in projects in humid environments such as basements, civil air defense and mines. It can be combined with a variety of insulation materials to make composite insulation boards.

is particularly suitable for fire protection requirements in petroleum, chemical industry, ships, trains and other fields. It effectively protects forest resources and can be said to be the best substitute for wood in the 21st century, enjoying the reputation of " technological wood ".

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