Group 5/15 Element Organic Compounds TRIZ Cases
- Organic Phosphorus Flameproofing Agent for Water-Resistant Fibers
See how an organic phosphorus compound with low water solubility achieves halogen-free flamepro
- Treatment of textile materials
See how controlled ammonia curing converts water-soluble phosphorus species into insoluble form
- Flameproof Fiber Composition With Water-Resistant Phosphorus Additives
An insoluble organic phosphorus compound with melamine polyphosphate gives fibers flameproofness, water resistance, and stable texture.
- Cyclic Phosphonate Ester Synthesis With Lower Cost and Waste
A glycol and phosphorous acid route forms cyclic phosphonate esters without base catalysts, cutting waste and production cost for flame retardants.
- Synthetic Leather Composition for Flame Retardancy Without Water Loss
An insoluble organic phosphorus compound gives synthetic leather strong flame retardancy while preserving water resistance, heat resistance, and feel.
- Flame-Retardant Textile Treatment With Low-Phosphorus Effluent
Controlled ammonia curing raises the N:P ratio in flame-retardant textiles, cutting water-soluble phosphorus in effluent for easier removal.
- Phosphorus Flame-Retardant Polyester Fiber With Wash-Durable Adhesion
A halogen-free phosphorus compound improves polyester fiber flame retardancy while preserving adhesion, lightfastness, and wash durability.