概要: Step into our short showcase to explore the solution’s standout capabilities. In this video, you'll see a demonstration of our Flame Retardant Viscose Polyester Fiber 70-30 Blend White, highlighting its intumescent flame retardant mechanism and self-extinguishing properties. Watch as we detail its low fiber crimp for enhanced softness and drapability, and learn about its certifications and versatile applications in textiles and automotive interiors.
関連製品特性:
Composed of a 70% Viscose and 30% Polyester blend for balanced performance.
Features an intumescent flame retardant mechanism for ignition resistance and reduced flame spread.
Offers self-extinguishing performance with low smoke and low toxicity for enhanced safety.
Has a low fiber crimp that improves softness, drapability, and blending with other fibers.
Available in staple lengths from 32mm to 102mm for versatile processing and end-uses.
Certified by SGS, OEKO, ITS, and GRS, ensuring industry-standard quality and safety.
Biodegradable with a low carbon footprint, supporting environmental sustainability.
Suitable for textiles, home textiles, technical textiles, non-wovens, and automotive interiors.
FAQ:
What is the flame retardant mechanism of this fiber blend?
The fiber uses an intumescent flame retardant mechanism, which provides resistance to ignition, reduces flame spread, and offers self-extinguishing performance with low smoke and low toxicity.
What certifications does this flame retardant fiber hold?
It is certified by SGS, OEKO, ITS, and GRS, ensuring it meets rigorous industry standards for safety, quality, and environmental responsibility.
What are the typical applications for this fiber?
This fiber is suitable for various applications including textiles and apparel, home textiles, technical textiles, non-woven fabrics, and automotive interiors, especially where fire safety is a priority.
Is this fiber environmentally friendly?
Yes, the fiber is biodegradable and has a low carbon footprint, making it an eco-conscious choice for sustainable manufacturing and end-products.