Fluorine-free anti-wicking polyester industrial yarn

Extreme collision and iterative upgrade. Delicate and tough fiber bears the exploration and innovation of fiber practitioners.Benefited from the cross of fiber boundary,breakthrough of limit, perfect fusion with the extreme, and the collisions to gain endless possibilities and

amazing charm, each strand shows exquisite skills and ingenuity to realizie hard core protection. Fiber hasbecome more and more lighter, stronger, tougher and resistant to high temperature,

facilitating its use in anti-cutting clothing, shoematerials, fire-fightingclothing, flight clothing,military equipment, urban light box cloth, fluedust removal, wind power blades, aerospace and

other fields. Fiber shows its best accompanying in extreme details and high value in extreme environments.

EXTREME UPGRADE

INDUSTRIALFIBER

Industrial fiber, creating a new model with hardcore strength. Fluorine-free anti-wicking polyester industrial yarn effectively solves the problems of product appearance deterioration and mould, caused by siphonic effect, awakening the colorfulness of cities.35K polyacrylonitrile and high fatigue resistance.With the outstanding advantages of low manufacturing cost and light weight, it facilitates the upgrading of wind turbine blades and aerospace products.

Fluorine-free anti-wicking polyester industrial yarn

Recommendation Reasons

The fluorine-free post-finishing polyester industrial yarn, with high

strength, environmentally-friendly additives, and long-lasting anti-wicking performance, effectively solves the problems of product appearance deterioration and mould caused by siphonic effect, facilitating the colorfulness of cities at night.

Processing Technology

Melt spinning is performed using hyperviscous polyester chips with stable relative viscosity as raw materials.The fluorine-free additives are used for preparing emulsion. The special cluster preparation device is used for rapid film formation on the fiber surface, and multi- stage drawing heat-setting process is combined to produce polyester industrial yarn with high strength, stable dimension and anti-wicking property.

Characteristics of Fiber and Product

Main Specifications

Filament: 930~1400dtex/144~192f

Standards and Certifications

Polyester filament for industry(GBT16604-2017)

Anti-wicking Dacron Industrial Filament Yarn (T/CCFA 01035-2018)

Fiber Performance and Product Features

·High strength, excellent post-processing and utilization properties

·Excellent anti-wicking property

·Excellent heat resistance and stability

·Completely free of fluorine compound (PFOA/PFOS and the salt derivatives),which is green and environmentally-friendly.

The downstream application guidance

Warping: Refer to conventional polyester industrial yarns

Weaving: Based on the structure of the base cloth and the requirements of yarn density,appropriate weaving process and number of yarns shall be chose for weaving

Coating: PVC paste is mainly used for coating and laminating to prepared membrane materials.Based on the actual use scenario and other aspects, mold inhibitor, flame retardant, UVinhibitor, etc., can be added to the basic formula as needed.

Fiber Application

Industrial textiles:Automotive interior,Sportinggoods,Sanitarytextiles

Outdoor products,Light box cloth,Swimming pool fabric,Membrane material,Inflatable boat materials

Q: What are the advantages of fluorine-free anti-wicking polyester industrial yarns compared with conventional anti-wicking polyester industrial yarns?

A: Products with conventional polyester industrial yarn as raw material often has liquid entry at the edge due to siphonic effect, which will deteriorate the appearance of the textile, and even lead to mould, reducing the performance of the material. Fluorine-free anti-wicking industrial yarn products are completely free of fluoride (PFOA/PFOS and the salt derivatives), and are environmentally-friendly products with high strength and long-lasting anti-wicking property. The yarn can effectively solve the problems of appearance deterioration and mould caused by siphonic effect, and is widely used in various types of textile fabrics that need to be frequently in contact with liquids, such as inflatable boat materials, swimming pool fabrics, as well as membrane materials for construction, liquid storage,environmental protection applications.