Novel PIN additives reduce smoke toxicity

Novel PIN additives reduce smoke toxicity

Carbon microspheres modified with molybdenum reduced smoke and carbon monoxide emission from TPU polyurethane. Hollow carbon microspheres were synthesised using polyacrylic acid, ethyl orthosilicate and phenolic resin, then carbonised and acidified with phosphoric...
PIN FRs showed effective in particle board

PIN FRs showed effective in particle board

An ATH – APP based PIN FR system reduced heat loss and smoke emission from wood – polyester particleboard. The particleboard was produced by compression molding of sawdust with polyester resin, after treating the sawdust with sodium hydroxide to improve compatibility....
Recycled PIN FRs from flue gas cleaning

Recycled PIN FRs from flue gas cleaning

Magnesium and aluminium minerals from coal power plant flue gas scrubbing can be recycled as PIN flame retardants. The 1 400 MW coal power plant, Nantong, Jiangsu, China, operates lime/gypsum flue gas desulphurisation (FGD), with an objective of zero liquid discharge....
PIN FRs reduce smoke and toxicity

PIN FRs reduce smoke and toxicity

APP with bio-based cobalt phytate reduce heat release, smoke production, density and toxicity from polyurethane foam. The recognised workhorse PIN flame retardant, ammonium polyphosphate (APP), was dosed at 33% loading in polyurethane rigid foam during foaming...