For Sale - RM - 2047
Specification
Reference Number
RM - 2047Location
IndiaProduct Details
Ideal Flame Retardant
Magnesium Hydroxide
- Colour: White
- Physical form: Powder
- Brightness: 90 +/- 2
- Bulk Density: 360 +/- 40 gm/liter
- Mean Particle size: D (50) - 3.2 +/- 0.5 microns
- Top Cut: 15 +/- 2 microns
- Oil Absorption: 30 +/- 3 gm/100gm
- Moisture (Ex-work): Max 0.5 percentages
- MgO Content: Min.65.0 percentages
- Acid insoluble matter: Max. 2.0 percentages
- LOI at 1000 degree C / hr: 31 +/- 3 percentages
- Coating: 1 +/- 0.25 percentages
Applications
- Cable compounding
- PVC sheets
- FR base SMC compounding
- Rubber sheets & compounding
Advantages: We offer a flame retardant with high purity magnesium hydroxide. It is a halogen free retardant for Low smoke, FR in cable compounding & sheet molding application and for electronic and high tech applications where flame retardance and durability are primary concerns. Main benefit of MAG - FR is during the decomposition process no toxic or corrosive gases are generated. The surface treatment increases compatibility of the filler and polymer, which improve the mechanical properties of the compound.
Magnesium Hydroxide
- Colour: White
- Physical form: Powder
- Brightness: 90 +/- 2
- Bulk Density: 360 +/- 40 gm/liter
- Mean Particle size: D (50) - 3.2 +/- 0.5 microns
- Top Cut: 15 +/- 2 microns
- Oil Absorption: 30 +/- 3 gm/100gm
- Moisture (Ex-work): Max 0.5 percentages
- MgO Content: Min.65.0 percentages
- Acid insoluble matter: Max. 2.0 percentages
- LOI at 1000 degree C / hr: 31 +/- 3 percentages
- Coating: 1 +/- 0.25 percentages
Applications
- Cable compounding
- PVC sheets
- FR base SMC compounding
- Rubber sheets & compounding
Advantages: We offer a flame retardant with high purity magnesium hydroxide. It is a halogen free retardant for Low smoke, FR in cable compounding & sheet molding application and for electronic and high tech applications where flame retardance and durability are primary concerns. Main benefit of MAG - FR is during the decomposition process no toxic or corrosive gases are generated. The surface treatment increases compatibility of the filler and polymer, which improve the mechanical properties of the compound.
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