Fabric pilling - solution (recommended)-Iota

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Service > Fabric pilling - solution (recommended)

Fabric pilling - solution (recommended)

1 Selection of fibers

In textile design, according to the end use product selection of raw materials, in accordance with thedesign requirements under the premise, choose not easy pilling fiber material.

Anti pilling polyester fiber cotton fiber natural fiber synthetic fiber in. The introduction of polyester fiber macromolecule monomer third can produce anti pilling fiber, such as the third monomer addingpolyethylene glycol, propylene glycol, poly ortho or meta benzene two formic acid, aliphatic dicarboxylic acid copolymer can be anti pilling fiber, can be made into good suits, but also can be used for sportswear, casual wear, shirts, and bedding decoration products; by making low strengthpolyester or special-shaped wire can give anti pilling effect of polyester fiber.

In addition, reasonable distribution of cotton spinning in before, considering the fiber fineness,length, curvature and other factors, a reasonable grasp of cotton blending ratio.

2 improve the spinning and weaving process

The jet spun yarn anti pilling performance than ring spinning. Ring spinning, long fiber yarns tend to be concentrated in the middle, and the shorter is on the outside, which leads to the ball.

In the combing process before, fully combing cotton or cotton, cotton or cotton and reduce impuritiesin sliver by controlling the yarn count, twist, change the fabric structure, improve the compactnessand so on to improve the anti pilling performance of fabric, have certain effect, but the fabric handle,appearance will affected.

Cotton fabric singeing biopolishing biopolishing finishing process is an improvement of cotton fabrics with cellulase, in order to achieve lasting anti pilling and increase fabric smoothness andsoftness to. Biopolishing is removed from the fine fibers projecting from the surface of the yarn.

Enzyme hydrolysis and mechanical shock together to remove and plush fabric surface of the tip,make the fabric become more clear, more bright color, long-term use of biopolishing reduced fabric pilling trend effect.

3 resin finishing

For the anti pilling fabric, mainly by the biological polishing, sometimes can be combined withsingeing and resin finishing, but singeing is not durable, focusing on the treatment table, resin finishing will affect the fabric handle.

4 wool fabric

Oxidation method

The mechanism of oxidation is combined with resin using various oxidizing agent, stripping thesurface of wool scales, remove the directional friction effect, and resin finishing, control fiber slip out.This kind of method is if the improper control, fiber strength loss too much, so is mainly used in woolfiber.

Reduction method

The mechanism of oxidation and reduction method is similar, only through to achieve the purpose ofreducing agent.

Chlorination

Chlorination is also called chlorine oxidation, in essence is the interaction with the chlorideoxidation reaction, the oxidation reaction plays a key role. Chlorination is on wool surface treatmentto severe chloride erosion, wool flake.

Low temperature plasma treatment

The plasma only touches the surface of the fiber, the fiber damage, treatment mechanism is: through the activation of oxidation reaction of gas molecules into excited plasma, and the gas particles are accelerated by the sputtering effect, the impurity of wool surface and flake layer destruction, the reaction of H2O, CO, CO2