Printing synthesis method of color film for modified asphalt waterproof coiled materials

Abstract

The invention discloses a printing synthesis method of a color film for modified asphalt waterproof coiled materials, which comprises the following steps: 1. blowing a PE (polyethylene) or PET (polyethylene terephthalate) film while adding a weather-resistant assistant; 2. carrying out electrostatic treatment on the surface of the PE or PET film at 35-50 DEG C for 0.05-0.15 second; 3. printing a color pattern on the surface of the PE or PET film; 4. compounding a PET film on one surface of a color film by using an adhesive to obtain a color laminate film; and 5. carrying out constant-temperature curing on the color laminate film at 45-65 DEG C for 30-48 hours, thereby performing compounding application. The color film can satisfy the demand for beautiful appearance in the actual construction process by printing the beautiful pattern on the surface layer, thereby greatly enhancing decoration performance of the product. The weather-resistant assistant is added into the color film, and the PET film is compounded, so the color film has higher pollution resistance and weather resistance and can prolong the actual waterproof service life of the modified asphalt waterproof coiled material.

Description

technical field [0001] The invention belongs to the technical field of waterproof material preparation, and in particular relates to a method for printing and synthesizing a modified bitumen waterproof membrane for a membrane. Background technique [0002] Waterproof materials occupy a very important position in building materials. The quality of waterproof materials directly affects the quality of the entire construction project. The traditional waterproof materials are mainly petroleum asphalt linoleum, but this kind of material has its own shortcomings that are difficult to overcome. After being gradually eliminated, organic polymer materials were used in the construction field, and new polymer waterproof materials developed rapidly, such as modified asphalt linoleum, synthetic rubber series, and polymer waterproof coatings. Traditional waterproof materials have been greatly improved. People have also designed waterproof materials that bond layered waterproof materials wi...

AI Technical Summary

Problems solved by technology

[0002] Waterproof materials occupy a very important position in building materials. The quality of waterproof materials directly affects the quality of the entire construction project. The traditional waterproof materials are mainly petroleum asphalt linoleum, but this kind of material has its own shortcomings that are difficult to overcome. After being gradually eliminated, organic polymer materials were used in the construction field, and new polymer waterproof materials developed rapidly, such as modified asphalt linoleum, synthetic rubber series, and polymer waterproof coatings. Traditional waterproof materials have been greatly improved. People have also designed waterproof materials that bond layered waterproof materials with laminated structures. This type of waterproof membrane is widely used in existing construction projects, but with the development of society , the change of people's concept of building waterproofing has changed from a single economic cost concept to a functional concept. At the same time, the cost and service life of the waterproof project have also been considered. Therefore, the existing waterproof rolls have the following defects: First, this type of waterproof roll The pattern of the material is very simple, that is, black and white monochrome, which is not beautiful, and cannot meet the beautification and aesthetic requirements of modern urbanization; secondly, the stain resistance and weather resistance of this type of waterproof membrane are relatively poor, especially in the north where the temperature difference is large. In other places, after a period of use, the underlying plasticizer migrates upwards and seeps back to the surface, so the stain resistance and weather resistance are relatively poor. In addition, its reliable waterproof life is relatively short