Organic phosphorus based halogen-free flame retardant meets regulatory requirements such as ROHS&REACH.
Higher flame retardant efficiency and lower addition amount can meet flame retardant requirements.
High thermal stability reduces the degradation of polymer materials, resulting in flame retardant nylon with higher mechanical properties.
Flame retardant materials have good injection molding performance.
Flame retardants are resistant to hydrolysis, have low migration, and can ensure long-term flame retardant performance.
Specifications |
|
|
Item |
Unit |
General properties |
|
Appearance |
/ |
Powder or granules |
|
Moisture(K-F) |
% (W/w) |
≤0.50 |
|
Phosphorus content |
wt% |
≤24.5-25.5 |
|
Bulk density |
g/cm³ |
0.40-0.70 |
|
2% Thermal decomposition temperature |
℃ |
＞350 |
|
Particle size（D50） |
μm |
25.0-50.0 |
