3M¢â Flame Retardant Additive FR-2025 is chemically and thermally stable to temperatures greater than 450¢ªC and is therefore suitable for use in engineering resins that require high processing temperatures.

FR-2025 flame retardant additive has been found an effective flame retardant in polycarbonate at levels as low as 0.06-0.08% by weight.

Due to the low levels required to achieve performance and its effective solubility in polycarbonate, FR-2025 additive can be formulated to produce an optically clear, hazefree grade of polycarbonate for extrusion and molding.

Excellent flame retardant performance can be achieved without affecting the processability of the resin.

FR-2025 additive does not contain any bromine or chlorine and has been found effective as a flame retardant without the use of synergists.
 
Potassium Perfluorobutane Sulfonate
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Not for specification purposes

Appearance ................................................................................................................................................ White solid
Molecular Wt. .............................................................................................................................................. 329
Melting Point (by DSC) .............................................................................................................................. 121¢ªC
Decomposition Temp.(by TGA/N©üpurge) ............................................................................................ 499¢ªC
Bulk Density (lb/ft©ø) ..................................................................................................................................... 56-59
Solubility in Water (wt% at 25¢ªC) ............................................................................................................. 5%
 
Perkin-Elmer Thermal Analysis(10¢ªC/minute under N©ü)

1% weight loss 460¢ªC
5% weight loss 480¢ªC
10% weight loss 85¢ªC
50% weight loss 505¢ªC
90% weight loss >800¢ªC
 
3M¢â Flame Retardant Additive FR-2025 is extremely effective as a flame retardant additive with premium performance in polycarbonate at very low additive levels.

There is limited data to suggest that flame retardant additive FR-2025 may have utility at varying performance levels and higher addition levels in other engineering resins.

For most effective incorporation it is recommended the additive be initially dispersed intoa 10% or more masterbatch and then compounded into the final plastic blend. Dispersion can be achieved effectively with typical polycarbonate processing equipment.