Elevate the market value of your imitation porcelain dinnerware with our premium High Gloss Melamine Glazing Powder. Specially engineered as a crystal-clear protective topcoat, this ultra-pure amino resin powder gives molded melamine plates, bowls, and platters a flawless, mirror-like finish that perfectly mimics the look and feel of fine bone china.

Designed for high-end hotel and restaurant supply manufacturing, our glazing powder creates an impenetrable, anti-scratch barrier that preserves the vibrant colors and intricate decal designs of your products through years of heavy commercial use.

Give your imitation porcelain products the luxurious shine of real ceramic. Our glazing powder flows evenly across the mold surface during compression, eliminating micro-pits and orange-peel effects to deliver an exceptionally smooth, high-reflective gloss.

Hotel and restaurant tableware faces constant friction from stainless steel cutlery. This raw material cures into a high-density, cross-linked surface layer that provides superior scratch resistance, minimizing scuffs and maintaining a brand-new appearance over thousands of dining cycles.

Our glazing powder seals the porous surface of base molding compounds. It acts as a shield against stubborn food stains (such as coffee, tea, turmeric, and tomato sauce) and resists degradation from harsh commercial chemical detergents and sanitizers.

If your dinnerware features custom restaurant logos or decorative paper decals, applying our pure glazing powder as the final layer permanently locks the graphics beneath a transparent, food-safe shield, preventing fading, peeling, or wearing away.

1. Base Molding: The primary melamine molding compound (MMC) is pre-heated and compressed into the desired shape.

2. Decal Application (Optional): The decorative paper or logo decal is applied to the hot surface.

3. Glazing Application: Our High Gloss Glazing Powder is evenly dusted or scattered across the surface of the hot product.

4. Final Cure: The mold is closed again for a brief secondary compression, cross-linking the glazing powder into a permanently fused, glass-like protective layer.