Ammonium polyphosphate uses phosphorus as a flame retardant element, and relies on phosphoric acid and other flame retardant substances generated by heating to play a flame retardant role.
Simple production, low cost, high thermal stability, good dispersibility, low toxicity, and smoke suppression.
Inorganic flame retardants can usually play a flame-retardant role only when they are added in a large amount, and the compatibility of inorganic flame retardants with fabrics is poor.
Therefore, this type of flame retardant is easy to seep out of the material, which has a great impact on the material and hand feeling, colorability and other physical and mechanical properties appears to be particularly necessary.
As well, when the textile in the “jungle” environment, the high temperature, high humidity will make the flame retardant hydrolysis, TF-212 is a halogen-free, inorganic flame retardant with water resistance. It is especially for hot-water-stain-resistance acrylic emulsion coatings.
It has excellent water resistance, strong migration resistance, good thermal stability, and significantly enhanced flame retardant effect. It can be used in glue, textile (coating, non-woven fabric), polyolefin, polyurethane, epoxy resin, rubber products, fiberboard and dry powder fire extinguishing agent, etc.
Specification |
TF-211/212 |
Appearance |
White powder |
P content (w/w) |
≥30% |
N content (w/w) |
≥13.5% |
pH value (10% aq ,at 25℃) |
5.5~7.0 |
Viscosity (10% aq ,at 25℃) |
<10mPa·s |
Moisture (w/w) |
≤0.5% |
Particle Size (D50) |
15~25µm |
Solubility (10% aq ,at 25℃) |
≤0.50g/100ml |
Decomposition Temperature (TGA, 99%) |
≥250℃ |
Suitable for all types of fire-retardant coatings, textiles, epoxy resins, rubber and plastic products (PP, PE, PVC), wood, polyurethane rigid foam, especially for water-based Acrylic Emulsion textile coatings.
1. Textile back coatings referred formulation (%):
TF-212 | Acrylic Emulsion | Dispersing Agent | Defoaming Agent | Thickening Agent |
35 | 63.7 | 0.25 | 0.05 | 1.0 |