Mount Huangshan Omes B1 Rubber and Plastic Insulation Board Factory

Mount Huangshan Omes B1 Rubber and Plastic Insulation Board Factory

Method of laying rubber insulation board

1. Shake the container before use to make the glue evenly distributed. During actual installation, use a small can of glue to prevent it from evaporating too quickly. If necessary, pour the large can into the small can and seal the can mouth when not in use. 2. Use a short and hard brush to apply a thin and uniform layer of specialized adhesive to the bonding surface at both ends of the material. 3. The natural drying time of specialized adhesive is 310 minutes, and the length of time depends on the grade of the adhesive, the temperature and humidity of the atmosphere. Generally, the following principles should be followed: the higher the ambient temperature, the higher the relative humidity, the lower the medium temperature, and the thicker the material for larger pipe diameters; Exposure time exceeding 20 minutes is invalid. 4. When using, wait for the glue to dry naturally. The correct method for measuring dryness is the "finger touch method". Use your fingers to touch the adhesive surface. If the fingers do not stick to the material surface and there is no feeling of sticking to the material surface, you can proceed with bonding. When bonding, simply grip the two surfaces of the adhesive interface tightly for a while. 5. Normally, each kilogram of rubber adhesive can be applied to two square meters of bonding surface. 6. When connecting two materials under pressure, there is no need to wait for the glue to dry. The wet bonding method is used. First, place the materials at the installation site, apply glue to the interface of the materials, adjust the position of the two materials correctly, and soon they will be firmly bonded according to your designed position

Aluminum foil rubber insulation pipe market reference price, characteristics of several rubber insulation board construction schemes

In the construction process of external wall insulation engineering, the rubber insulation board external insulation wall is composed of four parts: wall structure layer, insulation layer, protective layer, and decorative layer. One type of external wall insulation engineering is the rubber insulation board external insulation system. Handling the relationship between these four levels is the main technical key to building a good external wall insulation system.

To handle the relationship between the components of the external insulation wall with rubber insulation pipes, it is necessary to have a clear understanding of the connection methods and common problems between the components of the rubber insulation board.

Mount Huangshan Omes B1 Rubber and Plastic Insulation Board FactoryThe connection methods between the insulation layer, protective layer, and structural layer are currently as follows:

Connecting rod bracket; Diagonal connecting rod bracket; Long screw; Adhesive.

Product Specifications

Board: Thickness (mm) 5-40

Pipe material: wall thickness (mm0)

Width (mm)

Inner diameter (mm): 6-89

Length: (mm) typically 10000

Length: (mmnbsp;);

According to user needs, our company can customize various other specifications.

A Brief Analysis of the Material Structure of Rubber and Plastic Insulation Pipes in Five Major Aspects

The above four connection methods each have their own characteristics, but when compared comprehensively, the first three methods are more complicated to construct, while the fourth method also involves issues such as bonding strength and durability,

Therefore, it is recommended to adopt the following four more convenient solutions: nail shooting scheme; Expansion bolt scheme; Pre embedded steel or plastic reinforcement scheme and bonding and nailing scheme.

The above solutions are not only easy to construct, but also have good durability. Preventing and eliminating cracks in the protective layer and decorative layer, and studying measures to reduce stress concentration and shrinkage stress in the protective layer, have become essential in handling the relationship between these three levels. The decorative layer, as a visual effect of external wall insulation technology, is affected by the weather resistance of the protective layer and decorative layer of the rubber insulation pipe, which needs to be properly handled during construction.

There are many feasible methods for this, and spraying high elasticity and good weather resistance exterior wall coatings on the outside of the protective layer is a highly effective one. Due to its good elastic-plastic and waterproof functions, as well as good crack resistance and weather resistance, this coating has a protective effect on both the protective layer and the insulation layer.

The use of good insulation measures and insulation materials in construction and industry can significantly reduce production energy consumption and costs, improve the environment, and achieve twice the result with half the effort. In the late 1970s, some developed countries abroad began to use rubber insulation materials in building energy conservation and achieved great results, significantly reducing building energy consumption. After Denmark used rubber insulation materials, the heating area increased by 30% in 1985 compared to 1972, but the heating energy consumption decreased by 3.18 million tons of standard coal. The significant social and economic benefits have led to the rapid development of rubber insulation materials, and research on their performance testing has also been carried out one after another. This article provides a brief introduction to the water vapor permeability testing of rubber insulation pipes using Labthink's W3/0120 water vapor permeability tester.