JSW 615 hot melt film

详情描述：

Jsw-615 hot melt film has good impact resistance. It has good adhesion with various substrates. Product features: good adhesion: it can bond a variety of substrates (such as PP, PC, ABS, PMMA, metal, glass and other TP lens bonding), pure solid, non corrosive. The 615 hot melt film can work in - 25 ℃ ~ 95 ℃ for a long time. Excellent weather resistance, sealing, corrosion resistance, aging resistance, creep resistance, temperature shock resistance. The initial curing can be achieved 10-20 minutes after the application of glue. 615 hot melt film bonding technology is gradually establishing and improving its technical standards and process specifications, and expanding its application scope. In particular, the emergence of 615 hot melt film technology and nano materials is a technological reform and an industrial reform. It can be predicted that 615 hot melt film material will have a significant impact on the modification of the adhesive, and the latest research results of JSW adhesive will be obtained.
The above is a brief introduction of 615 hot melt film. For detailed data, please go to the download window of jinshengwei official website. The following is the informal information of 615 hot melt film for reference only.
JSW-615 hot melt film has fast bonding speed and high production efficiency, and is very suitable for automatic flow operation. Reliable bonding can be achieved for thin and narrow structural members. 615 hot melt film has a wide range of uses and can bond various materials, including some difficult-to-stick plastics, metals and acrylic. The dispensing process is simple, and the touch screen, frame and surface shell will not be damaged during repair. 615 hot melt film Solved the Problem of TP Warpage on Large Screen in Recent Years. 615 hot melt film is a professional adhesive for assembling narrow frame plastic parts, digital product display screens, touch screens and TP lenses made of PC, ABS, PMMA, acrylic and plexiglass. The above is a brief introduction of 615 hot melt film. For detailed data, please go to the download window of Jin Shengwei's official website materials. The following is informal information on 615 hot melt film for reference only.
The final value of the 615 hot melt film brand is calculated on the basis of the future increased revenue brought by the brand and taking into account the seven non-financial factors included in the brand strength. The constituent factors of 615 hot melt film brand strength are related to industry conditions, market conditions, brand performance, brand management, etc., which is of great significance for us to understand the macro factors that affect the constituent factors of 615 hot melt film brand competitiveness. However, without considering the consumer factors, it is not of great guiding significance for enterprises to build and manage 615 hot melt film brands.

In recent years, a series of researches at home and abroad have shown that the molecular chain degradation of 615 hot melt film material will not be caused when moisture permeates into the interior of the material in a high humidity environment after curing. Therefore, 615 hot melt film is mostly used in high temperature and high humidity. Damp-heat aging tests of domestic adhesives are conducted in various temperature and humidity control boxes. Most of the tests are constant humidity, and most of these tests are only used to assess the relative humidity resistance of various 615 hot melt films or the change trend of 615 hot melt film's humidity resistance aging under certain temperature and humidity conditions. After research, relevant personnel use this test to deduce how long the adhesive can withstand aging under various temperatures and humidity.

　 As the curing process of 615 hot melt film is greatly affected by air humidity, it is often required to have a large wet mat in the environment. For example, when curing in dry bath, a humidifier should be selected at the construction site to increase humidity in the air. The cohesive strength of 615 hot melt film polymer increases with the increase of humidity crosslinking density, while the polymer becomes soft when the crosslinking density is too small, thus enhancing the impact strength of 615 hot melt film polymer. The strength of cross-linked polymer is closely related to the number of cross-linked points and the length of cross-linked molecules. As the number of cross-linked points decreases, the cross-linking distance increases and the length of cross-linked molecules increases, 615 hot melt film cross-linked polymer will become soft and soft.