The fiber is slender and soft with a delicate and skin-friendly touch akin
to cashmere. It provides excellent thermal-retention and anti-pilling
properties. The fabric has excellent shape retention, being able to
maintain a smooth appearance for a long time, and is easy to handle. lt
is an ideal choice for high-end use of ultra-thin and thermal-retention cloth.
Preparative technique
The polyacrylonitrile was copolymerized with the first, second and third monomers using an aqueous phase suspensionpolymerization technique, and then spun through a wet spinning process with a high-precision spinneret.
Features of fibers and finished products
Staple fibre: 0.67dtexx38mm
Acrylic staple and tow (GB/T16602-2008)
properties of fibers and features offinished products
.Ultra-fine denier fiber with upgraded quality.
.Light and delicate, akin to the touch of cashmere.
.Fluffy fabric, with skin-friendly, thermal-retention, and anti-pilling properties.
Performance indexes of ultra-fine denier anti-pilling polyacrylonitrile fiber
Spinning: It can be blended with Modal, spun silk, viscose fiber, cashmere and protein-based differentiated fiber at the ratio of 30%~50% to produce blended yarn of 60S or above.Compact-Siro spinning is recommended.
Dyeing: The blended product can be dyed singly or doubly. This product is applicable to cationic dyes.
Examples of doown stream applications of ultra-fine denier anti-pilling polyacrylonitrile fiber
Q: Do you know about the comprehensive advantages of ultra-fine denier anti-pilling polyacrylonitrile fiber?
A: By process innovation and equipment upgrading, the section of ultra-
fine denier anti-pilling polyacrylonitrile fiber has been transformed from a traditional broad-bean shape to a subrounded shape, which is more conducive to downstream combing and spinning processes. The fiber has better softness,a light and delicate touch, and anti-pilling properties. Its large specific surface are a and moisture absorption capacity which is twice that of ordinary fibers impart excellent wearing comfort to clothing.
YUAN Yuanyuan, WANG Jianzhao, SUN Huiyu ,ZHANG Xiangli,SUN Lixia(1. Technology Center of Shijiazhuang Customs District,Shijiazhuang Hebei,050051;2.PetroChina Hebei Marketing Company, Shijiazhuang Hebei,050051) Abstract: When conducting...
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