Bubuk Cetakan Melamin

Raw Material Industrial Grade Melamine Formaldehyde Powder Resin Smooth fine white powder for moulding applications Product Overview Melamine glazing powder is chemically derived from the reaction of formaldehyde and melamine. This industrial-grade resin is specifically formulated for surface coating applications on tableware and decal paper to enhance surface brightness and aesthetic appeal. Application Specifications Primary applications include: LG110: Designed for A1

Melamine Powder for Dinnerware Glaze Powder White 100% Melamine Powder Product Overview Melamine glazing powder is derived from the same chemical process as melamine formaldehyde moulding compound, resulting from the reaction of formaldehyde and melamine. This specialized powder is applied to tableware surfaces and decal paper to create a brilliant, high-gloss finish that enhances the aesthetic appeal of dinnerware. Product Grades & Applications Our melamine glazing powder is

Pure White Melamine Glazing Powder Shining Diner Set Melamine Product Overview Melamine glazing powder has the same origin as melamine formaldehyde moulding compound. It is the product of the chemical reaction of formaldehyde and melamine. When applied to tableware surfaces and decal paper, it enhances surface brightness and makes dishes more aesthetically pleasing. Product Specifications Parameter Value Purity 99.8% min Moisture 0.1% max PH Value 7.5-9.5 Ash 0.03 max Haze

Melamine Moulding Compound For Melamine Tableware Product Overview Our high-quality Melamine Moulding Powder meets strict industry standards (GB13454-92) with excellent molding properties and dimensional stability. Featuring a fine particle size of 2-4μm, it produces smooth-surfaced finished products with ≤0.2% mold shrinkage and ≥99.8% melamine content. Technical Specifications Standard GB13454-92 Withstand Temperature -20℃-120℃ Solubility In Water Insoluble Forming Method

Advanced Urea Moulding Compound Powder Gains Traction in Sustainable Manufacturing What is Urea Moulding Compound Powder? Urea Moulding Compound is a thermosetting material supplied as a fine, homogeneous powder or granular form. It is primarily composed of urea-formaldehyde resin, cellulose filler, pigments, and catalysts. When subjected to heat and pressure in a compression or transfer moulding process, it undergoes an irreversible chemical reaction (cures), forming a hard,

Shear Strength Melamine Moulding Compound For Melamine Tableware With Customizable OEM Service Product Overview Our high-quality Melamine Moulding Powder meets strict industry standards (GB13454-92) with excellent molding properties and dimensional stability. Featuring a fine particle size of 2-4μm, it produces smooth-surfaced finished products with ≤0.2% mold shrinkage and ≥99.8% melamine content. Technical Specifications Standard GB13454-92 Withstand Temperature -20℃-120℃

Advancements in Amino Moulding Compound Powder Offer Enhanced Durability and Eco-Friendly Formulations Product Overview Urea Glazing Powder is a refined, low-formaldehyde, thermosetting urea-formaldehyde resin system, spray-dried into free-flowing white powder. Mixed with water and sprayed or dusted onto pre-formed melamine or urea mouldings, it cross-links under heat (160-180 °C) to create a glass-clear, non-yellowing, highly scratch-resistant surface film 0.1-0.3 mm thick.

Product Description: One of the most significant features of this Melamine Powder is its Insolubility in water. It means that the Melamine Powder does not dissolve in water, which makes it a highly stable and durable material for molding applications. This feature ensures that the molded products made from this Melamine Powder have a long lifespan and can withstand different environmental conditions. The Melamine Content of this Melamine Moulding Powder is 75% at least, which

Amino Moulding Compound Powder for Premium Melamine Dinnerware – 2025 Eco-Grade Formula What is Amino Moulding Compound Powder? Amino Moulding Compound Powder is a spray-dried, cellulose-reinforced blend of melamine-formaldehyde (MF) and/or urea-formaldehyde (UF) resins, cured with latent acid catalysts, lubricants and food-grade pigments. The powder cross-links under heat (160-180 °C) to produce non-toxic, glossy, scratch-resistant thermoset articles that outperform PC, PP