Method for making water-proof floor

A manufacturing method and a flooring technology, which are applied to floors, buildings, building structures, etc., can solve the problems of poor adhesion of the surface decoration layer, low production efficiency, and low adhesion between the surface decoration layer and the plastic wood substrate surface, etc. Achieve long-term decorative effects, high production efficiency, and facilitate industrial production

Inactive Publication Date: 2007-09-26
高建忠
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

This kind of production method is not only low in production efficiency, but also the bonding of the surface decoration layer is a subsequent process, especially without pressure treatment, the adhesion between the surface decoration layer and the surface of the plastic wood substrate is not high, and it is easy to cause the surface decoration layer to be glued weakly.

Method used

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  • Method for making water-proof floor
  • Method for making water-proof floor
  • Method for making water-proof floor

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0022] (1), impregnate one piece of wear-resistant paper 4 and decorative paper 3 with melamine and dry them, stack the wear-resistant paper 4 and decorative paper 3 and put them in a hot press to apply a pressure of 2MPa to 10MPa and control the temperature at 185°C ~230℃, keep the pressure for 30~50s and cool naturally to make panels;

[0023] (2), roughen the upper surface of the plastic wood substrate 2 or the wax-free glass fiber substrate to form an uneven surface;

[0024] (3), apply the adhesive on the upper surface of the wood-plastic substrate 2 or the wax-free glass fiber substrate, and paste the decorative paper 3 side of the panel on the upper surface of the wood-plastic substrate 2 or the wax-free glass fiber substrate. Lower it into the press, apply a pressure of 15MPa to 45MPa, hold the pressure for 15min to 60min, and bond the panel to the plastic wood substrate 2 or wax-free glass fiber substrate to make a large panel;

[0025] (4), the slab is cut into slat...

Embodiment 2

[0027] (1), impregnate two pieces of wear-resistant paper 4 and decorative paper 3 with melamine and then dry them. Stack the wear-resistant paper 4 and decorative paper 3 and place them in a hot press to apply a pressure of 5MPa to 8MPa. The temperature is controlled at 200°C ~220℃, keep the pressure for 30~50s, and make panels after natural cooling;

[0028] (2), roughen the upper surface of the plastic wood substrate 2 or the wax-free glass fiber substrate to form an uneven surface;

[0029] (3), apply the adhesive on the upper surface of the wood-plastic substrate 2 or the wax-free glass fiber substrate, and paste the decorative paper 3 side of the panel on the upper surface of the wood-plastic substrate 2 or the wax-free glass fiber substrate. Lower it into the press and apply a pressure of 20MPa to 35MPa, hold the pressure for 25min to 40min, and bond the panel to the plastic wood substrate 2 or wax-free glass fiber substrate to make a large panel;

[0030] (4) Cut the ...

Embodiment 3

[0032] (1) Immerse 3 pieces of wear-resistant paper 4 and decorative paper 3 in melamine and dry them. Stack the wear-resistant paper 4 and decorative paper 3 and place them in a hot press to apply a pressure of 5MPa to 8MPa. The temperature is controlled at 200°C ~220℃, keep the pressure for 30~50s and cool naturally to make panels;

[0033] (2), roughen the upper surface and the lower surface of the plastic wood substrate 2 or the wax-free glass fiber substrate to form an uneven surface;

[0034] (3), apply the adhesive on the upper surface and the lower surface of the plastic wood substrate 2 or the wax-free glass fiber substrate, and paste the decorative paper 3 side of the panel on the plastic wood substrate 2 or the wax-free glass fiber substrate On the surface, the balance paper 1 is pasted on the plastic wood substrate 2 or the bottom surface of the wax-free glass fiber substrate, put it into the press, apply a pressure of 20MPa to 35MPa, and keep the pressure for 30mi...

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Abstract

A water proof floor is made by dipping 1-3 pieces of anti wearing paper and decorative paper into melamine and dried, applying 2MPa-10MPa pressure with the heating press with these two kinds of paper stacked, in the temperature of 185deg.C-230deg.C, keeping the pressure for 25-60s and cooling naturally to form into the panel, roughening the upper surface of the wood slab or free wax fiber slab to form into uneven surface, applying adhesive agent on the upper surface of the slab, one side of the decorative paper of the panel attached on the up surface of the slab, applying 15MPa-45MPa pressure in normal temperature for 15-60 minutes, sticking the panel to the slab to make a big plate, cutting the big plate to the required strip, having key way vertically and horizontally to make the final product. The floor is not only anti wearing, and water proof, it is also being anti shock, fire resistant, anti erosion, and environment protective in nature.

Description

technical field [0001] The invention relates to a method for making a floor, in particular to a method for making a waterproof floor. Background technique [0002] The floors are mainly solid wood floors and composite wood floors. Solid wood flooring is processed from whole wood. Because of the natural texture on the surface, it can be harmoniously matched with other living room decoration materials and furniture. It has the advantages of good elasticity and small friction coefficient, and is very popular among users. However, solid wood flooring is affected by changes in climate and humidity, which will cause slight changes in floor expansion and contraction, and there are problems such as high manufacturing costs, high requirements for auxiliary equipment, and high requirements for use and maintenance, especially damage to the ecological environment. Composite wood flooring is made of wear-resistant paper, decorative paper, medium and high-density fiberboard, and moisture...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): E04F15/10
Inventor 高建忠
Owner 高建忠
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