Wesentliche Details
MOQ:500 kg
Produkteinführung
XF-8206E
is a halogen-free and environmentalv fiendly flame retardant with phosphorus and nitrogen as fame relardant elements, and is not resticted by the EU RoHS Direcive and REACH regulaton, The XF-8206E also features low density of fame retardant producis, low smoke emission and minimal mold corrosion.
XF-8206E does not belong to the ammonium polyphosphate intumescent fame retardant system. it has higher thermal stability and thermal decomposiion temperature and is suitable for a wider range of processing condiions. PP fame retardant with XF-8206E can achieve UL 94- V0(0.75mm) fame retardancy and pass the 70'ºCx 168hours immersion test (UL746C), as wel as the GwiT 750ºC and GWfl 960ºC hot wire tests. XF-8206E can also be applied in glass fiber reinforced PP and can reach UL 94 v-0 (1.5mm). Moreover, when applied to the extrusion process of polyolefins, there wil be no water slippage at all, and multiple layers of screens can be added during the extrusion processing.
is a halogen-free and environmentalv fiendly flame retardant with phosphorus and nitrogen as fame relardant elements, and is not resticted by the EU RoHS Direcive and REACH regulaton, The XF-8206E also features low density of fame retardant producis, low smoke emission and minimal mold corrosion.
XF-8206E does not belong to the ammonium polyphosphate intumescent fame retardant system. it has higher thermal stability and thermal decomposiion temperature and is suitable for a wider range of processing condiions. PP fame retardant with XF-8206E can achieve UL 94- V0(0.75mm) fame retardancy and pass the 70'ºCx 168hours immersion test (UL746C), as wel as the GwiT 750ºC and GWfl 960ºC hot wire tests. XF-8206E can also be applied in glass fiber reinforced PP and can reach UL 94 v-0 (1.5mm). Moreover, when applied to the extrusion process of polyolefins, there wil be no water slippage at all, and multiple layers of screens can be added during the extrusion processing.
| TEST ITEM | TARGET VALUE |
| Appearance | White Powder |
| Density(g/cm3) | ~1.8 |
| Average grain diameter (um) | ~10 |
| Nitrogen content(%) | 24±1 |
| Phosphorus content(%) | 21±1 |
| Moisture content and volatile matter (%) | <0.5 |
| Decomposition temperature(°C) | >275 |
| RESIN VARIETY | DOSAGE | FLAME RETARDANT EFFECT |
| PP | 25% | V-0(1.5mm) |
| PE | 32% | V-0(1.5mm) |
| TPE | 38% | V-0(1.5mm) |
| PP+30%GF | 23% | V-0(1.5mm) |
| PE | 28% | V-0(3.2mm) |
| PE | 32% | V-0(1.6mm) |
The thermal decomposition temperature of XF-8206E in nitrogen is 280°C. Therefore, the processing temperature of the twin-screw can beincreased according to speciic circumstances to achieve the efect of enhancing dispersion and improving plasicizalion. Several layers of screens can be added during the extrusion processing. A certain vacuum degree must be maintained during the twin-screw exlrusion processing.
Subsitances in the system that have adverse efects on flame retardancy: Cl color powders such as phthalocyanine green can lead to flame retardant failure. When the amount of carbon black is greater than 0.5%, the fame retardancy decreases
Subsitances in the system that have adverse efects on flame retardancy: Cl color powders such as phthalocyanine green can lead to flame retardant failure. When the amount of carbon black is greater than 0.5%, the fame retardancy decreases
25kg/ bag;
Transport according to general chemicals and store in a dry and cool place to avoid direct sunlight.