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Bio-based PA 56
The Better Solution For Reducing Petroleum Use
Biobased PA56 yarn is decomposed into organic matter (biomass) and biogas from its origin, which can be used as a new resource for the environment and cogeneration.
Under anaerobic landfill conditions, special components can promote bacterial entry and digestion of waste, thereby accelerating biodegradability.
In addition to respecting the environment, bio based PA56 yarn can meet the main market demands in terms of softness, comfort, dyeing quality, breathability, and ease of care.
Product features
Excellent dyeing performance: can reduce temperature by 10-20 degrees for dyeing,
It has environmental benefits of energy conservation and carbon reduction.
Excellent wear resistance and soft tactile elasticity.
Good moisture absorption and conductivity,
Skin friendly and comfortable. Cooling in summer and reducing static electricity in winter
Biobased PA56 is an innovative type of bio based polyamide fiber, which is considered the most promising material to replace traditional petroleum based polyamides.
Bio-based PA 56
The Better Solution For Reducing Petroleum Use
Biobased PA56 yarn is decomposed into organic matter (biomass) and biogas from its origin, which can be used as a new resource for the environment and cogeneration.
Under anaerobic landfill conditions, special components can promote bacterial entry and digestion of waste, thereby accelerating biodegradability.
In addition to respecting the environment, bio based PA56 yarn can meet the main market demands in terms of softness, comfort, dyeing quality, breathability, and ease of care.
Product features
Excellent dyeing performance: can reduce temperature by 10-20 degrees for dyeing,
It has environmental benefits of energy conservation and carbon reduction.
Excellent wear resistance and soft tactile elasticity.
Good moisture absorption and conductivity,
Skin friendly and comfortable. Cooling in summer and reducing static electricity in winter
Biobased PA56 is an innovative type of bio based polyamide fiber, which is considered the most promising material to replace traditional petroleum based polyamides.
