TW202421902A - Construction method - hexagonal mesh fabric combined with flexible cement as a base - Google Patents

Abstract

A new construction method that can be used in ground, wall and ceiling. By using hexagonal mesh fabric and sticking with flexible cement, forming a base with strength, flexibility and flatness and other advantages.

Description

Hexagonal mesh base construction method

Improve the smoothness of lightweight partition gaps

Increase the vibration resistance and seismic resistance of the wall (earthquakes and other vibration sources)

Increase the adhesion strength and success rate of subsequent projects

Significantly reduce material and labor costs

Natural sand and gravel are limited resources, and excessive mining will cause environmental damage. This method can reduce the use of sand and gravel to zero.

Fiberglass mesh can cause lung and skin damage to construction workers. Using nylon mesh to replace fiberglass mesh can greatly reduce the health maintenance costs of workers.

Traditional methods require the use of water, and tap water contains chlorine ions, which will damage the strength of cement. This method does not use water at all, reducing the use of water resources.

Traditional primer works require 3 to 7 days to dry. This method allows you to continue construction the next day.

Traditional primer needs to deal with construction waste, this method produces less waste

Traditional primer construction needs to consider air humidity, but this method does not need to consider

The thickness of the traditional primer is about 1 to 2 cm. This method only requires 3 to 5 mm. It can reduce the thickness of the wall and increase the use of space.

This invention is an innovative method to reduce the use of sand, gravel and water resources in the construction industry, reduce construction waste, reduce occupational injuries of construction workers, and reduce costs and working hours.

Use any brand of "nylon hexagonal fiber mesh" (mesh spacing 5 mm/width 100 cm×length 50~100 m) and roll any brand of "elastic cement" without adding water.

Applicable time: 1. Lightweight partition wall (e.g. gypsum board, ceramsite board, grouting cement board). 2. Construction together with waterproofing project. 3. Construction together with sound insulation project. 4. Construction can be done on the ceiling, floor and wall. [Simple explanation with pictures]

[Figure 1] is the completed picture of this construction method

Materials and tools 1. Any brand of "nylon hexagonal fiber mesh" (mesh spacing 5 mm/width 100 cm × length 50~100 m). 2. Any brand of "elastic cement" must not be added with water. 3. Nylon roller brush (about 24 cm long). 4. Scissors

Construction process 1. Level the ground and remove the surface debris and protrusions. 2. After rolling the elastic cement with the adjacent wall board, immediately lay the hexagonal mesh (it must be completely flattened). 3. The mesh interface is about 5~10 cm. 4. After the elastic cement has initially set, roll another layer of elastic cement and it is done. 5. The construction can continue the next day.

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Claims (5)

A construction method comprising nylon hexagonal mesh and elastic cement. As in claim 1, the characteristic is that the toughness of nylon hexagonal mesh and elastic cement adhesion are combined to form a construction method that achieves strength, hardness, flatness and other advantages. As in Request 1, this method can be applied to walls in three directions: ceiling, floor, and wall. As mentioned in Request 1, this method improves the traditional primer method and eliminates the shortcomings of the traditional primer method: 1. The drying period is long, and the subsequent project arrangements will be affected by the weather and environment. The drying period of this method is 1 day. 2. The thickness of the traditional primer layer is about 1 to 2 cm. This method only requires 3 to 5 mm. It can reduce the thickness of the wall and increase the use of space. 3. Traditional primer requires the treatment of construction waste, and this method has almost no waste. 4. Excessive mining of natural sand and gravel will cause environmental damage. This method can reduce the use rate of sand and gravel to zero. As in claim 1, the process of this method is: 1. Level the ground and remove the debris and protrusions on the surface. 2. After rolling the elastic cement with the adjacent wall board, immediately lay the hexagonal mesh (it must be completely flattened). 3. The mesh interface is about 5~10 cm. 4. After the elastic cement has initially set, roll another layer of elastic cement and it is done.