Mesoporous molecular sieve modified flame-retardant solid wood board and preparation method thereof

Abstract

The invention provides mesoporous molecular sieve modified anti-flaming solid wood panels which comprise a longitudinal solid wood board, a middle transverse solid panel and a bottom layer longitudinal solid wood panel. The preparation method comprises the following steps: S1, manual scoring processing is conducted on the inner surfaces of the solid wood panels, and the inner surfaces of the solid wood panels are reserved; S2, modified processing is conducted on fire retardant, and fire retardant is reserved; S3, 10 % of flour and 1 % of ammonium chloride are added in glue, the glue is mixed and is reserved; S4, the glue after being mixed in the S3 is stirred and mixed with the fire retardant after being modified in the S2; S5, the glue after by mixed in the S4 is coated on the surfaces of the solid wood panels after scoring processing is conducted in the S1; S6, the solid wood panels after being glued are assembled according to a vertical-horizontal-vertical mode; and S7, the solid wood panels after being assembled are sent to a hot press to conduct hot press, after hot press is finished and the solid woodpanels are cooled, edge cutting is conducted on the solid wood panels to obtain mesoporous molecular modified anti-flaming solid wood panels. The mesoporous molecular sieve modified anti-flaming solid wood panels and the preparation method of the mesoporous molecular sieve modified anti-flaming solid wood panels have good anti-flaming and smoke suppression effect, and avoid buckling deformation.

Description

technical field [0001] The invention belongs to the field of nano-flame-retardant materials, and in particular relates to a preparation method of a solid wood board capable of preventing warping and deformation and highly efficient flame-retardant and smoke-suppressing properties, which can be used for furniture solid wood table boards, cabinet boards and wall decoration boards. Background technique [0002] Wood material is light in weight, has elasticity, good thermal insulation performance, and can be sawed and processed at will, but it is flammable and is one of the sources of fire, which brings great harm to people's lives and property. At present, halogenated flame retardants are the most widely used in production and application. The earliest flame retardant products of wood materials are all halogenated flame retardants, but because they generate more smoke, corrosive gases and toxic gases when burned, they are harmful to the environment. The harm to the human body a...

AI Technical Summary

Problems solved by technology

At present, halogenated flame retardants are the most widely used in production and application. The earliest flame retardant products of wood materials are all halogenated flame retardants, but because they generate more smoke, corrosive gases and toxic gases when burned, they are harmful to the environment. It is harmful to the human body and the environment, and has been banned in Europe and the United States

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