Food Grade Urea Moulding Compound Powder C3H6N6 For Tableware
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Highlight
Tableware Urea Moulding Compound Powder
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AppearanceWhite Powder
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Ash Content≤ 0.03%
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Bulk Density≥ 0.6g/cm3
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Decomposition Temperature≥ 270℃
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Flexural Strength≥ 20MPa
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Free Formaldehyde≤ 0.1%
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Heat Resistance≥ 150℃
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Impact Strength≥ 10KJ/m2
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Melamine Content≥ 99.8%
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Moisture Content≤ 0.2%
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PH Value7.0-9.0
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Particle Size2-4mm
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Product NameMelamine Moulding Powder
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Solubility≤ 0.1%
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Viscosity≤ 25mpa.s
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Place of OriginChina
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Brand NameSY
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CertificationSGS
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Model NumberSY-3246
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Minimum Order Quantity1 Ton
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PriceNegotiable
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Packaging Details20KGS cowhide woven Bag with inner waterproof PE film
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Delivery Time6-10 work days
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Payment TermsL/C, D/A, T/T, Western Union
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Supply Ability7500mt/Month
Food Grade Urea Moulding Compound Powder C3H6N6 For Tableware
Food Grade Urea Moulding Compound Powder C3H6N6 For Tableware
Product Introduce
Melamine is kind of important organic intermediate. It condenses with formaldehyde to produce the formaldehyde resin (melamine resin), and owns the advantages of unharmful, heatproof, antiaging, high luster, good insulation and widely used in the fields of plastic processing and wood working, is also the chemical raw material of coating, papermaking, textile, paints and leather processing industry.
Product Info
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Product Description
Melamine is a stable compound with a symmetrical structure.
In general the NH2 groups in melamine show an amide character. Melamine is a weak base and can react with various acids to yield melamine salts.
Hydrolysis of melamine in strong acids or base solutions results in a stepwise replacement of the amide groups by hydroxyl groups forming ammeline, am elide and cyan uric acid
Product Description
Melamine is a stable compound with a symmetrical structure.
In general the NH2 groups in melamine show an amide character. Melamine is a weak base and can react with various acids to yield melamine salts.
Hydrolysis of melamine in strong acids or base solutions results in a stepwise replacement of the amide groups by hydroxyl groups forming ammeline, am elide and cyan uric acid
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