拓昂化学

Our company's innovatively developed Cetearyl Alcohol Polyether-30 is used as the core emulsifier for its hair oil and wax products. This decision not only solved the technical problems that have long plagued customers, but also brought remarkable market returns.

The successful implementation of Toon Chemical's chlorinated rubber CR10 solution demonstrates the industrial value of collaborative innovation based on technological leadership and cost competitiveness. We continue to provide global customers with specialty chemicals that meet international standards, combine excellent performance with significant economic benefits, and help our partners establish a sustainable competitive advantage in the infrastructure and industrial protection sectors.

Based on "environmental compliance and scenario needs", we provide weather-resistant and crack-resistant coatings (such as elastic latex paint and fluorocarbon paint) for exterior walls, low-VOC scrub-resistant coatings (such as water-soluble latex paint) for interior walls, and anti-corrosion and wear-resistant coatings for wood/metal doors and windows. Through substrate pretreatment optimization and adaptive construction technology, we achieve the unity of decorativeness, protection and economy.

With "substrate adaptation and performance matching" as the core, we provide customized products that are low in VOC, environmentally friendly, high in bonding strength, and resistant to weather, heat, and corrosion for scenarios such as construction (such as tile adhesives and prefabricated building structural adhesives), industry (such as lightweight epoxy adhesives for automobiles and thermally conductive adhesives for electronic components), and home furnishings (such as white woodworking adhesives and stone sealants). We also provide optimized gluing processes to balance bonding reliability and green compliance requirements.

With "targeted needs and technological empowerment" as the core, we provide customized solutions from the research and development of bioactive substances, metabolic pathway analysis to detection method optimization for scenarios such as biomedicine (such as enzyme-catalyzed synthesis and protein purification), food industry (such as biological preservation and ingredient testing), and environmental governance (such as microbial degradation and pollutant analysis), taking into account efficiency, safety and green environmental protection requirements, and helping to solve key biochemical technology problems in industrial production and scientific research.