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Flame Retardants

Our Flame Retardants are formulated using the best grades of raw material and chemicals procured from reliable companies. These are available in wide variety and are appreciated worldwide. Owing to its high efficiency, it has significantly claimed the reliance of the clients worldwide.

Flame Retardants		Cas No.
Antimony Trioxide	Sb2O3	1309-64-4
Zinc Borate	2ZnO. 3B2O3.3.5H2O	1332-07-06
Magnesium Hydroxide	Mg(OH)2	1309-42-8

Zinc Borate

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Product Details:

Usage	Laboratory
Physical State	Powder
General Formula	2ZnO.3B2O3.3.5H2O
Free Moisture	2.1% (at 105 Degree C loss weight)
Loss on Ignition	14.5 +/-1 (at 450 Degree C)
Property	White Powder

Commercial Name: ZB fire-retardant Chemical name: Low Water Zinc Borate. General Formula: 2ZnO.3B₂O₃.3.5H₂O Zinc Borate can be used as an afire retardant in PVC, Polyolefins, Elastomers, Polyamides, Epoxy resins. In halogen-containing systems, Zinc Borate is used in conjunction with antimony oxide, while in halogen-free systems, it is normally used in conjunction with aluminum trihydrate, magnesium hydroxide, or red phosphorus. some particular application, Zinc Borate can be used alone.

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Antimony Trioxide

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Product Details:

Physical State	Powder
Grade Standard	Analytical Grade
Formula	Sb2O3
Molar Mass	291.52 g/mol
Density	5.2 g/cm3
Melting Point	656 Degree C
Boiling Point	1,425 Degree C
Min Whiteness	95 %
Particle Size	0.9-1.6 mm

Mostly used as flame retardant synergies in plastics, rubber, textiles, adhesives and many more objects, our Antimony Trioxide flame retardant is also used by glass and paint manufacturers. Fire retardant in the membranes of the plastics industry and the enclosures of electric devices and household electric appliances such as PVC, PR PE, PS, ABS, PU, etc.

Application:

Filling covering agents and retardants for rubber, ceramics, enamels, fabrics and fiber products
Colors and retardants in oil paint and coating material industry
Retardants in synthetic resin and papers
Catalytic agent in organic synthesis

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Magnesium Hydroxide

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Product Details:

Grade Standard	Reagent Grade
Usage	Laboratory
Hardness	2.5
Dewatering Temp Degree C	340
Water content	0.50% (at 110 Degree C)
Whiteness	94.00%
Particle Size	45um

Capitalizing on our industrial expertise we fruitfully cater to our clients all across the globe with our exclusive range of Magnesium Hydroxide flame retardants that are formulated from best grades of chemicals. These are stringently tested on quality parameters testing for the accurate composition, effectiveness, pH value, purity etc.

Magnesium Hydroxide provides flame retardance through FIVE mechanisms:

Magnesium Hydroxide produces more char than ATH resulting in increased effectiveness and less smoke.
Magnesium Hydroxide dilutes the amount of fuel available to sustain combustion.
Magnesium Hydroxide during combustion generates highly reflective magnesium oxide coating which deflects the flame's heat away from the polymer.
Magnesium Hydroxide contains 31 % bound water which is released beginning at 330" C and blankets the flame to limit oxygen available for combustion.
Magnesium Hydroxide absorbs 17% more heat from the combustion zone than ATH to reduce the prospect of continued burning.

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