Flame resistance behavior of cotton fabrics coated with bilayer assemblies of ammonium polyphosphate and casein

Utility of silver‐coated fabrics as electrodes in electrotherapy applications

“…The stiffness was found to increase with increase in concentration of silver nitrate. This behavior can be attributed to increased inter‐fiber/yarn friction and abrasion at fiber/yarn crossover points due to deposition of larger silver particles at higher silver nitrate concentration . However, the silver particles coated at 0.25 M silver nitrate concentration showed no loss in draping behavior and satisfactory sensorial comfort of fabrics.…”

Development and demonstration of highly potent flame-retardant cotton fabric

“…9 Recently, phosphorous-based flame-retardant material has attracted much attention from researchers because of its excellent characteristics and properties, such as low cost, ease of availability, 10,11 resistance to the repeated wash cycle, 12 decreases explosiveness of fuel, increases carbonaceous char and decreases afterglow time. 13 Researchers have developed phosphorous-based flame-retardant materials using thiourea and phosphoric acid (PA), 14 fireproof coatings using casein and ammonium polyphosphate, 15 salts of ammonia and melamine hexa (methyl phosphonic acid), 16 silicon-based flame retardants and superhydrophobic materials, 17 phosphorous nitrogen-based flame-retardant material from glycerol, PA and urea, 18 and they applied them on the surface of cotton fabric to prepare FR cotton fabric. The aforementioned literature showed that the authors created FR material using a time-consuming, multi-step synthetic process and expensive chemicals.…”

Decolorization Performance of a Methyl Benzyl Diallyl Quaternary Ammonium Salt Copolymer in a Simulated Reactive Dyeing Wastewater

“…The residual dyes, fixing agents, surfactants and other substances in printing and dyeing wastewater will cause damage to the ecological environment, so it was of great significance to study how to efficiently treat dye wastewater. [1] Due to the changes in raw materials and processes, printing and dyeing wastewater often shows excellent differences in color, pH, COD and BOD content, which puts forward higher requirements for the level of the wastewater treatment process. [2] According to the research, the surface of organic flocs in printing and dyeing wastewater is often negatively charged, so the research and development of polymer flocculants in recent years have focused on cationic flocculants.…”

“…The textile industry has become one of the highest chemical pollution industries in the world. The residual dyes, fixing agents, surfactants and other substances in printing and dyeing wastewater will cause damage to the ecological environment, so it was of great significance to study how to efficiently treat dye wastewater [1] . Due to the changes in raw materials and processes, printing and dyeing wastewater often shows excellent differences in color, pH, COD and BOD content, which puts forward higher requirements for the level of the wastewater treatment process [2] .…”