SHUANGYAN Shelf Life 12 Month Melamine Moulding Compound Powder Premium thermosetting material offering excellent stability and durability for industrial molding applications. This water-insoluble compound ... Lesen Sie weiter
SONYEE Melamine Moulding Compound Powder Product Overview SONYEE Melamine Moulding Compound Powder (MMC) is a high-performance white powder material designed for industrial manufacturing applications. With 99.8... Lesen Sie weiter
SHUANGYAN Insoluble In Water Melamine Moulding Compound Powder Engineered for electrical insulation and industrial applications with exceptional thermal stability and safety properties. Key Properties: Melting ... Lesen Sie weiter
SHUANGYAN Form Powder Melamine Moulding Compound Key Technical Properties Melting Point: 335°C | Density: 1.573 G/cm³ | Water Solubility: Insoluble Product Overview Pure Melamine Powder is a high-quality ... Lesen Sie weiter
SHUANGYAN Melamine Moulding Compound Powder High-quality thermosetting plastic material with 99.8% purity, designed for consistent performance in industrial moulding processes. Features excellent mechanical ... Lesen Sie weiter
SHUANGYAN A1 Food Grade Melamine Moulding Compound Powder High purity MF resin powder specifically formulated for manufacturing melamine tableware, dishes, and plates with exceptional quality and safety ... Lesen Sie weiter
SHUANGYAN Room Temperature Melamine Moulding Compound Powder High-quality melamine moulding compound powder with 99.8% purity, specifically designed for electrical switches and circuit breakers with superior ... Lesen Sie weiter
SHUANGYAN Powder Melamine Moulding Compound Powder High-quality melamine moulding compound powder with 99.8% purity, specifically designed for electrical switches and circuit breakers with superior insulation ... Lesen Sie weiter
Cas 108-78-1 Melamine Moulding Compound Plastic Powder Industrial Grade Product Description Melamine is a versatile basic organic chemical intermediate product. The most important use is as a raw material for ... Lesen Sie weiter