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Polymer Additives

FR-20-200

Technical DataSheet | Supplied by ICL Industrial

FR-20-200 by ICL Industrial is a high purity magnesium hydroxide based on mineral raw material from the Dead Sea and special production technology. It is a non-halogen flame retardant with low smoke emission. During the decomposition process no toxic or corrosive gases are generated. In addition, it is an excellent smoke suppressant and acid scavenger. Its high thermal stability (up to 340°C) enables its use in high performance polymeric formulations. FR-20-200 is a coated grade of magnesium hydroxide intended for use in wire and cable applications, injection molded articles, electronics, electricity and home appliances. Its stearic coating makes it especially suitable for Polyolefins, Polyolefin Copolymers as well as PVC. The stearic coating reduces friction, improves dispersion and elongation and allows higher throughputs. FR-20-200 is also available in non-coated and other specialty grades which are suited for specific applications as well as in different Particle Size Distribution and Surface Area (BET).

FR-20-200 Product details

Product Type
  • xxxxxxxxxxxxxxx
  • xxxxxxxxxxxxxxxxxxxxxxxxx
Chemical Composition
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CAS Number
1309-42-8
Physical Form
Powder
Appearance
White, free-flowing
Product Status
xxxxxxxxxx
Applications/ Recommended for
  • xxx
  • xx
  • xx
  • xxxxxxxxxx
  • xxxxxxxxxxxxxxxxxxxxxxx
  • xxxxxxxxxxxxxxxxxxxxxxxxx
  • xxxxxxxxxxxxxxxxxxxxxxxxx
  • xxxxxxxxxxxxxxxxxxxxxxxxx

FR-20-200 Properties

Property

Value & Unit
Test Condition
Test Method
Assay
xxxx wt %
Specific gravity
xxxx
Bulk density
xxxxxxxxxx g/ml
Calcium (as CaO)
xxxx wt %
Silica (as SiO2)
xxxx wt %
Iron (Fe)
xx ppm
Chlorides (as Cl-)
xxxx wt%
Loss on Drying at 105°C
xxxx %
Sulfates as SO42-
xxx wt%
Weight Loss at 370°C, TGA (10°C / min, air)
x %
Weight Loss at 385°C, TGA (10°C / min, air)
x %
Weight Loss at 402°C, TGA (10°C / min, air)
xx %
Particle size, d50
xxxxxxxxxx microns
Particle size, d90
xxxxxxxxx microns
BET surface area
xxxxx m2/gr
Molecular weight
xxxx
Last edited Jun 26, 2018
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