Breeding plants for inherently FR cotton

Breeding plants for inherently FR cotton

The USDA has bred a line of plants which produce inherently fire-resistant white cotton fibres. The breeding is selection, without genetic modification or gene manipulation. 257 interbred lines from 11 initial parent lines already were used (Multi-generational...
Non-halogenated PIN FR for PC film

Non-halogenated PIN FR for PC film

CAI Performance Additives launches new PIN flame retardant for polycarbonate film, transparent, weather & water resistant. The new halogen-free flame retardant additive achieves UL 94 V-0 down to 0.25 mm in PC film, with < 1% w/w loading. The product also...
Polymeric silica PIN FRs

Polymeric silica PIN FRs

Surface functionalised silica nanoparticles will be tested as PIN FRs for transparent thermoplastics, such as PMMA poly(methyl methacrylate) and PC polycarbonate. The project aims to develop a PIN FR with safe environment and health profile, compatible with high...
Coal fly ash tested as PIN FR for epoxy

Coal fly ash tested as PIN FR for epoxy

Industrial-grade coal fly ash hollow microspheres from a power station showed to improve fire performance of epoxy resin. Coal fly ash is mainly aluminium silicates, mostly as hollow microspheres c. 15 µm. Loadings of 2 – 10% w/w of flay ash with different densities...
DOPO-silanes as PIN FRs for cotton

DOPO-silanes as PIN FRs for cotton

A new N P Si compound was synthesised and showed fire performance and semi-durability on cotton. The new compound, DOPO-AmdPTES, was compared to and showed better performance than similar DOPO-oxysilane (DOPO-ETES, see Vasiljević et al. 2015). Both compounds were...