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Manufacturing method of heat-resistant ultrawear-resistant ametabolic composite board

A production method and composite board technology, which is applied in the production of non-deformable composite boards, high temperature resistance, super wear-resistant, and composite boards, and can solve problems such as durability, deformation, and peeling of the floor

Inactive Publication Date: 2010-08-04
宋英
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] The traditional technology is generally made of plywood solid wood veneer multi-layered or pasted by printing technology. It has not been subjected to high temperature and high pressure treatment, and the materials used have not been carefully selected according to their density and other properties, so that the floor is more adaptable to temperature and humidity. Poor, the surface is not wear-resistant, the structure is simple, not durable, often prone to floor peeling, cracking, deformation, warping and other series of problems

Method used

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  • Manufacturing method of heat-resistant ultrawear-resistant ametabolic composite board
  • Manufacturing method of heat-resistant ultrawear-resistant ametabolic composite board

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0023] 1. Choose materials

[0024] 1. First choose 9mm thick multi-layer crisscross plywood (air-dry density is 6 moisture), 1 piece;

[0025] 2. Choose 6mm thick high-density fiberboard (density: 0.9 g / cm3), 2 pieces;

[0026] 3. Choose aluminum oxide paper (with a density of 24 g / m²), 1 sheet according to the environment where the customer applies the product;

[0027] 4. Choose decorative paper (density 80 g / m2), 1 piece according to the environment where the customer applies the product;

[0028] 5. Choose 1 piece of decorative paper (80 g / m²) that has been soaked in trihydroxide and dried;

[0029] 6. Choose 1 piece of balance paper (80g / m²) soaked in trihydroxide and dried;

[0030] Second, the specific production process

[0031] 1. The first step: first use two pieces of high-density fiberboard to sandwich the multi-layer crisscross plywood, and use melamine glue to bond the three through the high-pressure (2000 tons pressure) of the high-tonnage press, the pressure time is 18 Se...

Embodiment 2

[0037] 1. Choose materials

[0038] 1. First select 10mm thick multi-layer crisscross plywood (air-dry density is 9 moisture), 1 piece;

[0039] 2. Choose 4mm thick high-density fiberboard (density: 1.1 g / cm3), 2 pieces;

[0040] 3. According to the customer's application product environment, choose aluminum oxide paper (density 33 g / m2), 1 sheet;

[0041] 4. According to the environment in which the customer applies the product, choose a decorative paper (with a density of 100 g / m²), 1 sheet;

[0042] 5. Choose 1 piece of decorative paper (90 g / m²) that has been soaked in trihydroxide and dried;

[0043] 6. Choose 1 piece of balance paper (120g / m²) soaked in trihydroxide and dried;

[0044] Second, the specific production process

[0045] 1. The first step: First, sandwich the multi-layer crisscross plywood with two pieces of high-density fiberboard, and use melamine glue to bond the three through the high-pressure (2400 tons pressure) of the high-tonnage press, the pressure time is 15 S...

Embodiment 3

[0051] 1. Choose materials

[0052] 1. First select 18mm thick multi-layer crisscross plywood (air-dry density is 12 moisture), 1 piece;

[0053] 2. Choose 1mm thick high-density fiberboard (density: 1.3 g / cm3), 2 pieces;

[0054] 3. According to the customer's application product environment, choose aluminum oxide paper (density 46 g / m2), 1 sheet;

[0055] 4. Choose decorative paper (with a density of 120 g / m²), 1 piece according to the environment where the customer applies the product;

[0056] 5. Choose one piece of decorative paper (100 g / m²) that has been soaked in trihydroxide and dried;

[0057] 6. Choose 1 piece of balance paper (140 g / m²) that has been soaked in trihydroxide and dried;

[0058] Second, the specific production process

[0059] 1. The first step: first use two pieces of high-density fiberboard to sandwich the multi-layer criss-crossed plywood, and use melamine glue to bond the three through the high pressure (3000 tons pressure) of the high tonnage press, the press...

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Abstract

The invention discloses a manufacturing method of a heat-resistant ultrawear-resistant ametabolic composite board. Multiple layers of criss-cross veneers with certain thickness, high-density fibreboards, aluminium sesquioxide paper, decorative paper, dry balance paper and dry decorative paper are manufactured into the ultrawear-resistant composite board with smooth surface, solid inner part and small possibility of deforming at high temperature and high pressure, wherein the dry balance paper and the dry decorative paper are dipped into triple-ammonia glue. The invention effectively solves the problems that floor always peels, cracks, deforms, bends and the like duo to insufficient strength because the bonding degree among the traditional floors is weak.

Description

Technical field [0001] The invention belongs to the field of floor furniture, and relates to a method for manufacturing a composite board. More specifically, the invention relates to a method for manufacturing a composite board with high temperature resistance, super wear resistance and no deformation. Background technique [0002] Flooring is a commonly used main material in home decoration. In recent years, customers have increasingly higher requirements for floors. Various manufacturers have also introduced floors with continuous improvements in performance. However, the floor production technology has not been greatly improved. Patent applications related to floors or composite panels used in floor production are mostly utility models. For example, CN2649325Y discloses a composite man-made board composed of plywood and medium-density fiberboard made by high-temperature hot pressing, which uses multi-layer plywood as the base material and medium-density fiberboard as the surf...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): B32B21/06B32B37/10B32B37/06B32B38/18B27D1/00E04F15/02
Inventor 宋英
Owner 宋英
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