Wacker presents its new VINNAPAS® VAE emulsions and other products at Adhesives & Sealants China 2024
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The 2024 China International Adhesives and Sealants Exhibition will be held in Shanghai from September 19 to 21. At the show, WACKER will be showcasing VAE emulsions for a wide range of adhesives for textile lamination, paper packaging, woodworking and carpet backing, including VINNAPAS® EP 712 for the first time at the show, and VINNAPAS® EP 760 for its localized drying properties.
It is reported that these products can improve the performance of different adhesive products, such as better water resistance, better adhesion, and faster curing speed, to provide environmentally friendly innovative solutions for the downstream industry. At the same time, WACKER will also present a range of high-performance GENIOSIL® silane-modified polymers for construction, industrial and other applications.
"We have participated in many ASE China events in the past, and this year, as always, we will share WACKER's latest products and solutions in the VAE emulsion field. As an important part of the global adhesive market, the market size of China's adhesive market is constantly expanding, and the market demand for high-quality and green environmental protection products is increasing. With a strong and growing R&D capability, WACKER continues to introduce new products and expand high-end applications to meet the changing needs of the local adhesives market." Said Ms. Lu Aiqin, Vice President of Polymers at WACKER China.
Among the VAE emulsions on display, VINNAPAS® EP 712 is a locally developed VAE copolymer emulsion. The product has good water resistance, low odor and low VOC, and is the best choice for textile adhesive. It not only has good water resistance and wet peel strength, but also high flexibility, suitable for most of the base material composite bonding, such as cloth and cloth, chemical fiber fabric and foam, cloth and chemical fiber fabric, cloth and artificial leather, can meet the needs of customers in a variety of application scenarios.