AFLAMMIT® PPN 903Special intumescent system (not based on ammonium polyphosphate); white powder |
Excellent thermostabillity Hydrolysis and acid resistance |
AFLAMMIT® PPN 904Multi-component blend, based on ammonium polyphosphate; fine, white, free flowing powder |
|
AFLAMMIT® PPN 924Multi-component blend, based on ammonium polyphosphate; fine white powder |
TPE-V (crosslinked thermoplastic elastomer) |
AFLAMMIT® PPN 967Multi-component blend, based on ammonium polyphosphate; fine white powder |
Stable up to 250°C-260°C |
AFLAMMIT® PPN 977Multi-component blend, based on ammonium polyphosphate; fine, white, free flowing powder |
|
AFLAMMIT® PPN 978Multi-component blend, based on ammonium polyphosphate; fine white powder |
Polypropylene (polyolefins), thermoplastic elastomers Stable up to 250°C-260°C |
AFLAMMIT® PCI 202Ammonium polyphosphate (Phase II); fine, white, free flowing powder |
Key component in various intumescent systems High phosphorus and nitrogen content |
AFLAMMIT® PMN 200Melamine polyphosphate; fine, white, free flowing powder |
Low water solubility Excellent thermal stability Excellent synergist for phosphorus based flame retardants |
AFLAMMIT® PMN 525Melamine cyanurate; very fine, white powder |
Low water solubility Excellent thermal stability Excellent synergist for phosphorus based flame retardants |
Intumescent systems are alternatives to inorganic materials in final applications with fire resistance time (FRT) requirements, such as R60' or REI 30'. Main applications are intumescent coatings (IC) for the protection of steel structures, but these special paints can also be applied to other substrates such as concrete, wood, cables etc. either to reduce their flammability ('reaction-to-fire') and/or to maintain their function in the event of fully developed fire ('fire resistance'). Other applications also include fire resistant sealants where the gap-filling material is also expected to restore the fire resistance properties of the treated area. |
|