Application Field

Adhesives and sealants play a vital role across construction, automotive, electronics, and industrial manufacturing industries. They require not only excellent bonding strength and durability, but also weatherability, water resistance, and processing adaptability. Chenguang New Material offers a comprehensive range of functional silanes and titanate coupling agents that act as adhesion promoters, crosslinkers, and filler dispersants. These solutions significantly enhance substrate bonding, aging resistance, and formulation processability—empowering our customers to achieve reliable and long-lasting performance in structural adhesives, industrial sealants, and high-performance bonding applications.

Coatings serve not only as decorative finishes but also as critical protective layers in industries such as infrastructure, marine, construction, and wood applications. Chenguang New Material’s functional silanes and titanate coupling agents act as adhesion promoters, filler dispersants, and weatherability enhancers, enabling coatings to achieve superior interfacial bonding, corrosion resistance, and long-term durability. Our solutions cover a wide spectrum—including anticorrosion, waterproof, waterborne, and wood coatings—empowering customers to formulate high-performance products for diverse applications.

Glass fiber is widely used as a reinforcing material in composites, automotive lightweighting, electronics, and construction, requiring exceptional interfacial bonding, mechanical strength, and durability. Chenguang New Material’s silane coupling agents form chemical bridges on the glass fiber surface, significantly enhancing adhesion between glass fibers and resin matrices. This results in improved mechanical properties, water resistance, and thermal stability of composites. Our solutions cover sizing formulations for E-glass and C-glass, as well as reinforcement for both thermoset and thermoplastic composites, offering customers reliable and efficient surface treatment additives.

Powder materials are widely used in plastics, rubber, cables, coatings, and other applications, and their performance directly affects mechanical, electrical, and functional properties of final products. Chenguang New Material provides functional silanes and coupling agents that enhance compatibility, interfacial bonding, and dispersion of powders in organic matrices, reduce system viscosity, and impart hydrophobicity and other special properties, improving overall performance and reliability of end products.

Tires and rubber products are essential materials in transportation, footwear, and industrial applications, demanding superior wear resistance, dynamic performance, and energy efficiency. Chenguang New Material’s silane and titanate coupling agents act as interfacial modifiers and filler dispersants, improving the dispersion and bonding of silica in rubber systems. This results in enhanced wear resistance, wet traction, and dynamic balance, while reducing rolling resistance and energy consumption. Our solutions are widely applied in passenger car tires, truck and bus tires, performance footwear, and rubber goods, enabling customers to achieve both high performance and sustainability.

Cable compounds play a critical role in power transmission, communication, and electronic equipment, and their insulation, thermal stability, and flame retardancy directly affect cable safety and service life. Chenguang New Material provides functional silanes and coupling agents that enhance compatibility between cable matrices and fillers, improve filler dispersion and interfacial bonding, thereby boosting insulation, thermal stability, and flame-retardant performance. Silane treatment also reduces system viscosity, optimizes processing, and ensures stable and efficient cable production.

Plastics are widely used in automotive, electronics, construction, packaging, and consumer goods, and their performance directly affects product durability and processing efficiency. Chenguang New Material provides functional silanes and coupling agents that enhance compatibility between plastic matrices and fillers or other components, improve mechanical strength and thermal stability, and optimize processing and final product quality. Our solutions cover general plastic modification, copolymer modification, and filler modification, supporting the development and application of high-performance plastic materials.

Metal surface treatments are widely used in automotive, machinery, electronics, and construction industries to improve corrosion resistance, adhesion, and processing performance. Chenguang New Material provides various functional silanes and coupling agents that optimize metal surface chemistry, enhance bonding with coatings or adhesives, and reduce environmental impact when replacing traditional phosphating or chromating processes. Our solutions are applicable in phosphating, cutting, and trivalent passivation processes, improving durability and processing efficiency of metal products.

Foundry resins play a critical role in metal casting by bonding sand molds, enhancing mold strength, and improving casting surface quality. Chenguang New Material offers various functional silanes and resin additives that optimize bonding in sand molds and coated sands, improve casting accuracy and surface finish, and enhance mold heat resistance and reusability. Our solutions are widely used in machinery components, automotive, aerospace, and large industrial castings, providing customers with reliable and efficient foundry material systems.

Textile and leather products require high performance in abrasion resistance, water resistance, weatherability, and comfort. Chenguang New Material provides functional silanes and coupling agents that enhance hydrolysis resistance, abrasion resistance, and adhesion of fibers and leather surfaces, while improving softness and tactile feel. Our solutions help customers achieve longer service life, stable performance, and superior user experience in apparel, footwear, home textiles, and high-performance industrial textiles.

Insulation materials play a critical role in buildings, industrial pipelines, and energy equipment, reducing heat loss, improving energy efficiency, and enhancing environmental comfort. Chenguang New Material provides functional silanes and coupling agents that enhance interfacial bonding, hydrophobicity, and durability of inorganic insulation materials such as aerogels, rock wool, and glass wool, improving thermal insulation performance and long-term stability. Our solutions enable customers to achieve efficient insulation and energy-saving goals in pipelines, building walls, and power battery applications.

Photovoltaic encapsulation films are critical materials in solar modules, protecting solar cells from environmental factors such as moisture, dust, and UV radiation, while ensuring long-term stable electrical performance. Chenguang New Material provides functional silanes and coupling agents that significantly enhance adhesion of EVA and POE films to glass, backsheet, and solar cells, while improving heat resistance, moisture resistance, and optical stability. Our solutions enable PV module manufacturers to achieve high reliability, efficiency, and long-term durability.

Copper clad laminates (CCLs) are the core substrates for printed circuit board (PCB) manufacturing, and their performance directly determines PCB reliability and service life. For CCLs, interfacial bonding between copper foil and resin layers is critical. Chenguang New Material provides a wide range of epoxy, amino, and other functional silane coupling agents that form dense protective layers on copper surfaces, effectively preventing oxidation while significantly enhancing adhesion between copper foil and epoxy resins. This ensures superior electrical and mechanical performance of PCBs under high-temperature, high-humidity, and high-frequency conditions.

Organosilicon resins are widely applied in coatings, electronics, casting, and optical materials, owing to their outstanding heat resistance, weatherability, arc resistance, and film-forming properties. Chenguang New Material provides a full range of methyl, phenyl, and functional organosilicon resins, meeting diverse customer needs in high-temperature coatings, insulation materials, release agents, and optical diffusion. With precise control of molecular structures, our products maintain long-term stability under extreme conditions of heat, light, and harsh environments, ensuring greater reliability and durability for our partners.

Thermal insulation materials significantly reduce energy consumption, improve safety, and extend equipment life in industrial pipelines, building walls, power batteries, and other high- or low-temperature environments. Chenguang New Material’s proprietary aerogel and insulation products feature ultra-low thermal conductivity, high temperature resistance, and lightweight properties, offering high-performance solutions for diverse applications. Whether for building insulation, pipeline thermal management, or power battery systems, our products ensure efficiency, energy savings, and long-term stability.