The invention discloses a process for preparing an anti-static
adhesive interlining of an all-
wool fabric. The process sequentially includes the following steps of weaving base cloth, conducting preprocessing in an overflow releasing mode, conducting
water washing, inputting the base cloth, forming a
hot melt adhesive coating, conducting baking, conducting winding and conducting final inspection
package. According to the process, special 75D
polyester drawn textured
yarn is adopted, composite carbon
fiber excellent in
conductivity is introduced into warp
yarn in the base cloth weaving process,
static electricity on the base cloth can be eliminated through the discharging and leaking action of conductive
fiber, and
conductivity of the base cloth is stable and can not be lowered along with the number of the washing times; anti-static agents are added into the
hot melt adhesive layer, an adhesive body with the anti-static effect is formed, and therefore the anti-static effect of lining cloth is better matched with clothes fabrics,
textile fiber can be effectively prevented from falling, tiny
dust particles can be effectively prevented from leaking out of gaps of the fabric, and the process is widely applied to industries which are sensitive to
static electricity and have a high requirement for cleanliness, for example, the micro-
electronics industry, the photoelectricity industry, the precise instrument industry and the
aerospace industry.