A halogen-free coating composition using a specific polyurethane matrix and ammonium polyphosphate additive.
A phosphinate and stannate mixture stabilizes thermoplastic polymers during high-temperature processing.
Polyglymerol esters replace traditional additives that compromise water resistance, enabling durable coatings via oxidative crosslinking.
Copolymerization of these monomers solves the transparency trade-off in phosphorus-based flame retardants.
A non-flammable composition containing ceramic powder, graphite, mica, and ZrO2 imparts fire-resistant properties to treated materials.
A silane-grafted polyolefin composition enhances heat resistance and mechanical strength through optimized cross-linking density.
Geopolymer formulation with lightweight aggregates reduces carbon dioxide emissions while maintaining fire resistance and structural integrity.
A 100% solid intumescent composition cures rapidly via Michael addition chemistry to form a stable insulating layer.
Replacing ester groups in thiols prevents decomposition and viscosity changes, maintaining storage stability of two-component epoxy systems.