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Manufacturing method of glass fiber floorboards

A glass fiber and manufacturing method technology, applied in the field of floor manufacturing, can solve the problems of weak artificial bonding fastness, short service life, troublesome process, etc., and achieve the effects of small shrinkage rate, cost saving of raw materials, and easy operation.

Inactive Publication Date: 2013-11-27
浙江未来家木业有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0004] Nowadays, many commercial centers use some tempered glass floors that do not need to be grooved and joined together with other connecting parts or joints. A layer of decorative panel or decorative paper is pasted between the tempered glass, because the manual bonding between the decorative panel or decorative paper and the tempered glass is not strong, easy to fall off, and the service life is short
In order to ensure the integrity and beauty of the pre-installation, the tempered glass floor is usually laminated after a single piece is formed. The process is troublesome and the cost is high. Moreover, the tempered glass floor is connected by external objects, which has poor integrity and is not suitable for household indoor floors.

Method used

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  • Manufacturing method of glass fiber floorboards

Examples

Experimental program
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Effect test

Embodiment 1

[0048] A kind of manufacturing method of fiberglass floor, can produce the floor of any standard specification on the existing market, for example: make the finished floor whose total thickness is 8mm, the thickness of the decorative plate is 3mm, and the distance from the edge of the decorative plate to the outer edge of the floor is 2mm, The inner cavity height of steel mold 1 selected is 7mm, and the inner cavity height of steel mold 2 is 8mm. The detailed processing steps are as follows:

[0049] (1) Place the decorative plate on the bottom of the groove mold 1 with a fixing device at the bottom and fix it. The distance from the decorative plate to the inner wall of the steel mold 1 is 2mm;

[0050] (2) Add glass fiber and resin to the groove mold 1, the weight ratio of the two is: 90% glass fiber, 10% resin, and make the two fully mixed, and crystallize to obtain the decorative plate on the bottom surface floor substrate slabs;

[0051] (3) Place the floor substrate sla...

Embodiment 2

[0058] The difference from the above-described embodiment is that the thickness of the veneer or solid wood slab, that is, the decorative board, is 12mm, and the thickness of the finished floor is 16mm. When the decorative board is placed in the steel mold one, the distance from its edge to the steel mold one inner wall is 6 mm. mm, the height of the first cavity of the steel mold is 0.6mm higher than the height of the second cavity of the steel mold, the thickness of the transparent glass fiber cloth is 0.3mm, and the total thickness of the mixed glass fiber, resin and nano-ceramic particles added 0.3mm. The weight ratio of glass fiber and resin in step (2) is: glass fiber 97%, resin 3%; the weight ratio of glass fiber, resin and nano-ceramic particles added in step (4) is: glass fiber 95%, 4% resin, 1% nano ceramic particles. After the floor substrate slabs and floor substrates in steps (2) and (4) are formed, they are placed in an environment with a temperature of 0 degree...

Embodiment 3

[0061] Difference with above-mentioned embodiment is: the thickness of veneer or solid wood slab i.e. decorative board is 1mm, the thickness of the finished product floor of making is 10mm, and when decorative board is placed in steel mold one, the distance from its edge to steel mold inner wall is 2mm, The height of the first cavity of the steel mold is 0.7mm higher than the height of the second cavity of the steel mold, the thickness of the transparent glass fiber cloth is 0.3mm, and the total thickness of the added glass fiber, resin and nano-ceramic particles mixed is 0.4mm. mm. The weight ratio of glass fiber and resin in step (2) is: glass fiber 95%, resin 5%; the weight ratio of glass fiber, resin and nano-ceramic particles added in step (4) is: glass fiber 90%, 8% resin, 2% nano ceramic particles. After the floor substrate slabs and floor substrates in steps (2) and (4) are formed, they are placed in an environment with a temperature of 40 degrees for 25 minutes and t...

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Abstract

The invention belongs to the technical field of floorboard manufacturing, and particularly relates to a manufacturing method of glass fiber floorboards manufactured by combining reclaimed waste glass with decorative boards. The manufacturing method comprises the following steps of (1) placing the decorative boards on the bottom of a groove-shaped mold 1 the bottom of which is provided with a fixing device, and fixing; (2) adding glass fibers and resin in the groove-shaped mold 1, and mixing the glass fibers and the resin fully, crystallizing and preparing board blanks of floorboard base boards with decorative boards on the bottom surfaces; (3) taking the board blanks of the floorboard base boards from the groove-shaped mold 1, turning over, placing on the center of the bottom of the groove-shaped mold 2, and fixing; (4) adding glass fibers and resin in the groove-shaped mold 2, and mixing the glass fibers and the resin fully, and crystallizing and manufacturing board blanks of floorboards sandwiched with decorative boards; and (5) taking the board blanks of the floorboards from the groove-shaped mold 2, and then processing subsequently so as to manufacture the finished product floorboards. The glass fiber floorboards manufactured by the method are high in hardness and sufficient in toughness, have small possibility of cracking, and can be cut and slotted randomly without stripping.

Description

technical field [0001] The invention belongs to the technical field of floor manufacturing, and in particular relates to a method for manufacturing a fiberglass floor by combining recycled waste glass with a decorative board. Background technique [0002] Traditional solid wood flooring has its unique texture and natural texture and is loved by consumers, but its cost is high, and due to the characteristics and wear resistance of solid wood itself, it has no waterproof and fireproof properties, low static bending strength, and is not acid-resistant. Alkali resistance and corrosion resistance make the solid wood floor easy to age, fade, deform and have a short service life. It can only be used in some specific places and cannot be used in places such as bathrooms or swimming pools. In order to strengthen the strength of the solid wood floor, special treatment is done on the surface of the floor, such as a kind of solid wood tempered floor with the authorization announcement n...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): B29D7/00
Inventor 何家忠杨杰
Owner 浙江未来家木业有限公司
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