Against the backdrop of an increasingly prominent global environmental trend, the green transformation of the materials industry has become an irreversible development trend. Glass fiber coating liquid adhesive, an innovative material that combines high performance with environmentally friendly properties, is leading the new trend in environmentally friendly materials. This product has obtained multiple international certifications, including the German EC1 and French A+. Its low VOC emissions significantly reduce the release of harmful gases during the production process, providing a solid guarantee for worker health and environmental safety.



The glass fiber coating liquid adhesive eliminates the harmful ingredients found in traditional materials, utilizing an environmentally friendly formaldehyde- and heavy metal-free formula that fully complies with the EU ROHS Directive. During use, it is not only harmless to the human body but also helps reduce environmental pollution, aligning with the core concept of sustainable development. Furthermore, its efficient curing properties reduce energy consumption, while its recyclability further minimizes waste generation, creating a closed-loop green manufacturing model.

From a market application perspective, the environmentally friendly benefits of glass fiber coated with liquid adhesive have made it highly popular in industries emphasizing sustainable development, such as new energy, construction, and transportation. For example, the application of this material in battery module packaging for new energy vehicles not only improves battery safety and lifespan but also, through its environmentally friendly properties, helps automakers achieve green manufacturing goals. In the construction sector, its use as a fire-retardant coating and sound insulation material provides innovative solutions for green buildings.

Looking ahead, with increasingly stringent environmental regulations and rising consumer awareness, the market prospects for glass fiber coating liquid adhesives will expand. Through continuous technological innovation and process optimization, this green material is expected to replace traditional processes in more areas, driving the entire materials industry towards a more environmentally friendly and efficient direction.