Eco-friendly flame retardant masterbatch for PP-4802R

Inquiry
Catalog ACMA00051004
Description This product is a new type of highly efficient environmentally friendly flame retardant masterbatch. It is a new type of highly efficient and environmentally friendly flame retardant masterbatch, which contains reactive and environmentally friendly N,P,Br composite flame retardants, and is mainly used for the flame retardant modification of copolymerized PP V2 grade.
Density 1.2±0.1 g/cm3
Application The masterbatch can be directly applied to the extrusion and injection molding of PP products.
Storage Products are stored in cool, dry conditions.
Applicability Homopolymerized PP, and homopolymerized PP/copolymerized PP complex, copolymerized PP, and copolymerized PP/0-10% barium sulfate\talcum powder filling system
Color White
Decomposition Temperature ≥240 ℃
Feature Compared with traditional bromine flame retardants (decabromodiphenyl ether, tetrabromobisphenol A, octabromo ether, etc.), it has low additive quantity, good flame retardant effect, low smoke emission, no need to add antimony trioxide, and very low bromine content.
At the same time, the masterbatch used in PP also has excellent processing performance, no precipitation, water resistance, small impact on the mechanical properties of products and other characteristics.
Flammability UL 94: V2(3.0-0.8mm)
Form Granules
Moisture Content ≤0.3%
Notes 1. The lubrication system of the product formula is recommended to use EBS, without PE wax, zinc stearate, calcium stearate, stearic acid, otherwise it is easy to foam;
2. The product formula should not be mixed with octabromo ether flame retardant, otherwise it is easy to cause the product to turn gray and dark;
3. The product will not affect the flame retardant degree because of the addition of black masterbatch, and there is no reaction to UV stabilizers, antioxidants and so on.
4. Calcium carbonate and masterbatches containing calcium carbonate should not be used in the product formula.
Recommended Dosage Homopolymerization PP: 2-3%
Co-polymerization PP: 6-8%

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