poudre de moulage de mélamine

Poudre de glaçage mélamine certifiée EINECS pour vaisselle de qualité alimentaire. Offre une finition brillante et résistante aux rayures avec une blancheur supérieure. Disponible en qualités LG110/220/250 avec emballage de 10 kg/25 kg.

20kg Packed Melamine Moulding Powder for High Gloss Dinnerware Products Product Overview Elevate your tableware production with our High-Gloss Melamine Moulding Powder. Specially formulated for the compression moulding of premium dinnerware, this compound provides an exquisite, porcelain-like finish with unmatched durability. Whether you are manufacturing plates, bowls, or hotel-grade catering sets, our MMC ensures a smooth production flow and a flawless end product that

High Temperature Resistant Urea/Melamine Moulding Compound for Corrosion-Proof Tableware High-Temperature Resistant Urea/Melamine Moulding Compound (UMC/MMC) Premium Material for Corrosion-Proof & Durable Tableware This high-performance thermosetting composite is specifically engineered for the manufacturing of premium food-contact grade tableware. By combining the aesthetic appeal of porcelain with the shatterproof durability of polymers, our compound provides a superior

High-Purity White Food-Grade Urea Formaldehyde Moulding Compound (UF) Premium Raw Material for Melamine Ware & Kitchenware Production Our White Food-Grade Urea Formaldehyde (UF) Moulding Compound is a high-purity, thermosetting amino plastic engineered specifically for the precision compression molding of melamine-style tableware. Combining aesthetic elegance with rigorous safety standards, this compound provides a ceramic-like finish that is virtually indistinguishable from

Premium Versatile Urea Formaldehyde Resin (UFR) for Melamine Tableware & Kitchenware Our Urea Formaldehyde Resin (UFR) is a high-performance, amino-based thermosetting resin specifically engineered for the compression molding of premium melamine tableware and kitchenware. By combining exceptional chemical stability with superior aesthetic versatility, this resin serves as the backbone for durable, food-safe, and elegant household products. Whether you are manufacturing high

White High Gloss Melamine Moulding Powder, A5 Grade Food Contact Safe Resin Glazing Compound Product Overview Enhance your kitchenware production with our A5 Grade White High Gloss Melamine Moulding Powder. Specifically engineered for the manufacturing of premium melamine dinnerware, this resin compound provides a superior porcelain-like finish with unmatched durability. Our Melamine Glazing Powder ensures that every piece of dinnerware—from plates to professional catering

The Secret to High-Gloss, Porcelain-Finish Tableware Elevate the quality of your melamine production with our LG Series Melamine Glazing Powder (also known as Melamine Resin Powder). Specifically formulated for the final "glazing" stage of compression moulding, these powders provide a protective, mirror-like finish that makes melamine tableware indistinguishable from high-end ceramic. Product Series Overview We offer three specialized grades to match your specific production

Premium A5 Grade Melamine Moulding Compound (MMC) for High-End Tableware Our A5 Grade Melamine Moulding Compound is a high-purity, 100% melamine resin-based thermosetting plastic specifically engineered for the manufacturing of premium food-contact dinnerware. Designed for high-speed compression moulding, it provides the perfect balance of aesthetic brilliance and industrial-grade durability. Core Specifications Feature Specification Material Composition 100% Melamine

High Temp Food Grade Melamine Molding Compound | 99.8% Pure A5 Powder Product Overview Our A5 Melamine Molding Compound (MMC) is a premium-grade, 100% pure melamine formaldehyde resin specifically engineered for the high-end tableware industry. With a 99.8% purity level, this non-toxic amino plastic provides a porcelain-like finish with the durability of advanced polymers. It is the ideal raw material for manufacturers requiring FDA and EU compliance for food-contact safety.