Industry adhesive bonding can solve the problem of product durability for engineers without worrying about degradation and affecting mechanical fixing. When it is suitable for bonding materials with various materials, industrial adhesives first coat the surface, fill the gaps, and then start polymerization. After curing, industrial adhesives produce a certain degree of durability through chemical reactions. They can be combined with a variety of materials. Industrial adhesives can bond and seal with different materials. The adhesion effect is also very good. These materials can differ in construction, modulus, coefficient of thermal expansion, and thickness. The use of industrial adhesives can produce a continuous bonding interface, in addition to bonding, it can also achieve sealing. The joint will therefore be leak-proof and reduce aging, and will not be affected by harsh operating environments such as chemicals or extreme temperatures.

      To resist the harsh working environment To make the joint resistant to the working environment, the adhesive must be selected, it can cope with any special situation. Its polymer properties are specifically designed for certain needs, such as reacting to oxidants or solvents.

     Industrial adhesives can also create an electronic insulation layer between the two surfaces, thereby reducing the corrosion caused when bonding different metals.

Moreover, bonded structures rarely cause physical failures due to stress cracks and fatigue. Replacing the traditional fixing method with modern bonding technology realizes the seamless and beautiful pneumatic application. Endless uses. Design innovation The products bonded by industrial adhesives are durable and widely used in plastics, metals, glass, rubber and composite materials. After innovation and improvement by designers, it can now be used in various industries, including aviation, automobiles, wind energy, sports, construction, railways and general assembly operations.

      With industrial adhesives, the perfect product design designer. Whether they are researching new materials, experimenting with new uses of existing materials, or exploring new technologies and production methods, they can rest assured that the product is safe and reliable, and will never Destroy the perfect design of its products. Using our products also benefits designers a lot. In addition to ensuring the beauty of the product, it also includes: increased rigidity. Less erosion. Reduced stress concentration and shock absorption, better sound absorption, electrical insulation or conductivity, performance characteristics Designers and engineers need to consider the problem. Choosing the right adhesive can solve the following problems: tension, compression

      Shearing, cracking, peeling stress, industrial adhesives have a variety of toughened epoxy resin adhesives and toughened methyl methacrylate adhesives, specifically to deal with the problem of poor shock absorption or poor vibration control. To reduce fatigue cracks, the bonding line helps reduce the formation of cracks, so things bonded with industrial adhesives are naturally safer. It reduces fatigue cracks by reducing stress concentration.

      The transportation market in roads, railways and aviation will have this concern in particular. Secondly, there are concerns in sports and leisure markets such as carbon fiber racing and golf clubs. Toughened epoxy resins and acrylic toughened epoxy resins or toughened acrylics can come in handy because of their strong adhesion to these widely used metals, thermoset composites and thermoplastic materials. The use of joint energy diffusion is conducive to the energy diffusion of the bonding point and maintains the required rigidity, even if it is used with mixed materials and additives. In addition, industrial adhesives are good at reducing vibration and sound insulation problems.