Guangzhou Eric Wei Chemical Co., Ltd.
Guangzhou Eric Wei Chemical Co., Ltd.

Albemarle SAYTEX CP-2000 Flame Retardants

Albemarle SAYTEX CP-2000 is a high-performance brominated polystyrene flame retardant in low-dust pellet form. With 64.6% bromine content, it delivers superior fire protection for PBT applications while maintaining excellent mechanical properties. Its low melt viscosity facilitates molding of complex geometries, and the non-blooming characteristic ensures long-term stability. This decabromine-free solution meets stringent environmental regulations without compromising flame retardant efficiency in demanding engineering applications.

Features Of Albemarle SAYTEX CP-2000 Flame Retardants

  1. High-Efficiency Protection - 64.6% bromine content for optimal flame retardancy

  2. Processing Advantage - Excellent flow characteristics for intricate designs

  3. Material Preservation - Maintains PBT's mechanical and thermal properties

  4. Surface Stability - Non-blooming formulation prevents surface migration

  5. Eco-Compliance - Free from decabromodiphenyl ether

Typical Applications Of Albemarle SAYTEX CP-2000 Flame Retardants

  1. Precision Components - Thin-walled electronic connectors

  2. Automotive Systems - Engine compartment components

  3. Electrical Engineering - Circuit protection devices

  4. Industrial Equipment - High-temperature resistant parts

  5. Consumer Electronics - Durable appliance components

Specifications Of Albemarle SAYTEX CP-2000 Flame Retardants

Appearance
White to off - white pellets
Bromine Content (Theoretical)
64.6%
Softening Point
220°C
Glass Transition Temperature (Tg)
164°C
Bulk Density
73.5 lb/ft³ (1180 kg/m³)
Solubility in Water (by weight at 25°C)
<1.0%
Solubility in Methanol (by weight at 25°C)
<1.0%
Solubility in Toluene (by weight at 25°C)
52.0%
Solubility in Styrene Monomer (by weight at 25°C)
49.4%
1% Weight Loss Temperature (TGA, N₂, 10°C/min)
347°C
5% Weight Loss Temperature (TGA, N₂, 10°C/min)
379°C
10% Weight Loss Temperature (TGA, N₂, 10°C/min)
388°C


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