Epoxy resin adhesive occupies an important position in the adhesive industry due to its high bonding strength, good heat resistance, and wide range of applicable materials. It can firmly bond various materials such as metal, plastic, wood, ceramics, glass, etc., with strong sealing properties at the bonding interface, and can resist temperature changes, humidity fluctuations, and chemical media erosion. It plays a key role in multiple industries such as aerospace, automotive manufacturing, electronics and electrical, and building decoration. For example, in the assembly of automotive components, sealing and bonding between the engine cylinder block and cylinder head can be achieved; In electronic device manufacturing, used for fixing circuit board components; In architectural decoration, it is suitable for the splicing and installation of stone and wood, and its stable bonding performance ensures the structural integrity and service life of various products and projects. It is an indispensable bonding material in industrial production and daily life.

The aerospace industry has extremely high requirements for the lightweight, high strength, high temperature resistance, and extreme environmental resistance of materials, and special epoxy resins precisely meet these stringent standards. It is widely used in the manufacturing of structural components such as aircraft wings, fuselage, and tail fins, as well as key components such as rocket engine casings and satellite fairings. It can significantly reduce the weight of aircraft, improve flight efficiency and carrying capacity while ensuring structural strength and safety. In addition, its excellent high and low temperature cycling resistance, radiation resistance, and chemical stability can cope with extreme environments such as high-altitude hypoxia, severe temperature differences, and cosmic rays, ensuring the stability and reliability of aerospace equipment during long-term service. It is one of the core materials driving the development of aerospace technology towards high precision and long endurance.

Epoxy resin is an indispensable core basic material in the electronic and electrical industry. With high purity, low chlorine properties, excellent electrical insulation, mechanical stability, and chemical corrosion resistance, it is widely used in the packaging and manufacturing processes of various products such as electronic components, integrated circuits, liquid crystal screens, optical discs, speakers, sensors, etc. In electronic packaging scenarios, it can form a dense protective film, effectively isolating moisture, dust, and external mechanical impacts, firmly protecting precision circuits from complex environmental interference, and ensuring long-term stable operation of components under harsh conditions such as high temperature, high frequency, and high humidity; In the lamination process of circuit boards, its excellent adhesive performance can significantly improve the mechanical strength, dimensional stability, and aging resistance of the board, perfectly adapting to the core requirements of various electronic devices for miniaturization, lightweight, and high-density integration. It has become an indispensable key supporting material in consumer electronics, industrial control, communication equipment, automotive electronics, aerospace electronics, and other fields, providing a solid guarantee for the high-performance and high reliability development of the electronics industry.

In the field of architecture, the application scenarios of epoxy resin materials cover the entire process from foundation construction to later reinforcement. It can be used for roof slab production, civil floor laying, and can significantly enhance the impermeability and durability of the roof, resist the erosion caused by wind, rain, and temperature changes; Endow flooring with excellent wear resistance, compression resistance, and stain resistance, suitable for high-frequency use scenarios such as shopping malls, factories, hospitals, etc. At the same time, as a high-performance building reinforcement material, it can be tightly combined with substrates such as concrete and steel bars, and used for the reinforcement and repair of concrete structures such as bridges, buildings, tunnels, etc., effectively improving the structural bearing capacity and seismic resistance, extending the service life of buildings, and can also be used to prepare building waterproof coatings and anti-corrosion coatings, providing comprehensive protection for buildings.

Epoxy resin is the core film-forming substance in the coatings industry, and with excellent corrosion resistance, wear resistance, and aging resistance, it has become the preferred material in fields such as ship coatings, metal anti-corrosion coatings, architectural coatings, and industrial equipment coatings. Its low chlorine and high purity characteristics can reduce the release of harmful substances during the use of coatings, which meets environmental standards. In the field of metal corrosion prevention, it can form a dense protective coating on the surface of steel and non-ferrous metals, isolate oxygen, moisture, and corrosive media, and delay substrate corrosion; In outdoor facility coatings such as ships and bridges, they can resist UV rays, wind and rain erosion, and frequent friction, maintaining the coating for a long time without peeling or fading, providing long-lasting and efficient protection for various object surfaces, and extending the service life of the coated material.

The application of epoxy resin materials in the field of automobile manufacturing is becoming increasingly widespread, becoming the key to achieving lightweight and high-performance automobiles. It can be used to manufacture core components such as car body frames, engine parts, and car wheels. By replacing traditional metal materials, it effectively reduces the weight of the car body, improves fuel economy and endurance, and enhances the impact resistance and corrosion resistance of the components. In addition, as a film-forming substance for automotive coatings, it can endow the body with excellent weather resistance, scratch resistance, and decorative properties; As a high-performance adhesive, it can achieve firm bonding of different material components such as metal, plastic, and composite materials, improve the assembly accuracy and structural stability of the entire vehicle, and meet the production needs of traditional fuel vehicles and new energy vehicles.

In the field of ocean engineering, facing extreme environments such as high salt spray, strong corrosion, and frequent physical impacts, high-purity low chlorine epoxy resin materials exhibit strong adaptability and reliability. It is widely used in the protection and manufacturing of facilities such as offshore platforms, drilling equipment, ship hulls, submarine pipelines, ports and docks. Its excellent resistance to salt spray and seawater erosion can effectively resist the erosion of corrosive media such as seawater and marine biological secretions, and prevent the corrosion of facility metal structures; Good impact resistance and fatigue resistance can cope with physical impacts such as waves and storms, reducing structural damage. In addition, it can also be combined with composite materials such as carbon fiber to manufacture lightweight components for marine engineering, improve the wind and wave resistance and service stability of facilities, significantly extend the service life of offshore facilities, and reduce maintenance frequency and costs.

The mold manufacturing industry has strict requirements for the precision retention, wear resistance, and corrosion resistance of materials. Epoxy resin materials have become an ideal choice for high-precision industrial molds due to their excellent comprehensive performance. It can be made into various injection molds, stamping molds, and casting molds through casting, curing, and other processes. It can accurately replicate the complex structure of the mold cavity, ensure the dimensional accuracy and surface smoothness of the mold, and meet the forming requirements of precision components. Meanwhile, its excellent mechanical strength and wear resistance can reduce the wear of molds during repeated opening and closing, high-pressure forming processes, and extend the service life of molds; Chemical corrosion resistance can resist the erosion of additives, solvents, etc. in the molding materials on the mold, reduce maintenance costs, and provide high-quality and efficient mold support for industrial production in industries such as electronics, automobiles, and home appliances.