November 27, 2025 — The three-day CHINACOAT 2025, a leading coatings industry event in the Asia-Pacific region, concluded successfully at the Shanghai New International Expo Centre. E Plus Chemical Co., Ltd. (hereinafter referred to as "E Plus ...
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Discover the ideal storage conditions for waterbased acrylic pressure sensitive adhesives. Maintain stability with proper temperature, humidity, and UV control. Learn more.
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Discover how water-based acrylic emulsions cut VOC emissions by up to 90%, enhance workplace safety, and meet global environmental standards. Learn the science behind safer industrial coatings and sealants. Explore real-world applications and benefits.
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As an innovative enterprise in the field of coatings and adhesive chemicals, E Plus Chemical Co., Ltd. will participate heavily in the 2025 China International Coatings Exhibition (CHINACOAT), which will be held from November 25th to 27th at the E2-E...
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Discover how acrylic emulsions are driving eco-friendly innovation in coatings with 94% lower VOCs, faster drying, and superior durability. Learn the science behind their rise and future trends.
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Ensure workplace safety with expert guidelines on storing and handling octyl acrylate. Prevent risks, comply with OSHA/EPA standards, and protect your team. Download the full safety guide now.
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In order to enhance the ability to deal with unexpected situations such as chemical leaks, strengthen employees' awareness of safety and environmental protection, and safeguard ecological environment safety, E Plus Chemical recently organized a chemi...
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Recently, E Plus Chemical Co., Ltd (hereinafter referred to as “E Plus Chemical”) two core products - 2-Ethylhexyl Acrylate and Acrylate Waterborne Resin - have been successfully recognized by International Sustainability and Carbon Certi...
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Explore the molecular structure, thermal stability, and diverse applications of 2-Ethylhexyl Acrylate. Discover its role in adhesive production and automotive applications while understanding market trends and sustainability challenges in acrylate polymers.
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