The coating offers improved user comfort, reduced health risks, and enhanced product longevity compared to traditional glove treatments. Its safer and more efficient manufacturing process lowers operational hazards and production complexity, making it attractive to glove manufacturers seeking high-performance, sustainable alternatives.

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Conventional powdered gloves may cause allergic reactions and contamination risks, while chlorinated gloves can compromise material strength and generate environmental concerns. Existing inner coatings may also flake or degrade over time, reducing durability and wearer comfort. Manufacturers face additional challenges in ensuring safe, efficient, and consistent coating processes.

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The invention applies a liquid terpolymer coating to the inner surface of rubber gloves, creating a smooth, low-friction layer that improves ease of donning and overall comfort. The formulation adheres strongly to the glove substrate, preventing peeling or particulate shedding. Its liquid-only application process simplifies production while reducing occupational and environmental risks.

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The use of a specialised liquid terpolymer that chemically bonds to the glove surface differentiates this technology from conventional powder-based or chlorination treatments. The formulation enhances durability, maintains glove integrity, and supports a cleaner production method adaptable to various rubber or elastic products.

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