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What is acrylic yarn?

November 13,2023

Acrylic yarn is a type of synthetic fiber that has excellent performance and a wide range of applications. It has also made significant progress in safety and innovation. This article will comprehensively analyze the manufacturing process, physical properties, application areas, safety, and innovation of acrylic yarn to help readers better understand and recognize it.

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I. Manufacturing process of acrylic yarn

Production of acrylic fibers:

a. Raw material preparation: Select suitable petrochemical products as raw materials, such as acrylonitrile, butadiene, etc.

b. Polymerization reaction: Polymerize the raw materials to produce polyacrylonitrile fibers.

c. Spinning processing: Spin the polyacrylonitrile fibers into acrylic fibers using a spinning machine.

Processing of acrylic yarn:

a. Combing: Comb the acrylic fibers to remove impurities and fiber clumps.

b. Stretching: Stretch the acrylic fibers with a stretching machine to improve their strength and elongation.

c. Spinning: Spin the stretched acrylic fibers into acrylic yarn.

II. Physical properties of acrylic yarn

Strength and wear resistance: Acrylic yarn has high strength and wear resistance, making it suitable for making durable products such as sportswear and industrial ropes.

Color fastness: Acrylic yarn has good color fastness and is not easy to fade, making it suitable for clothing and household items that require frequent washing.

Moisture absorption: Acrylic yarn has poor moisture absorption, but its fast-drying characteristics make it suitable for outdoor sportswear and swimsuits.

Anti-static: Acrylic yarn has good anti-static performance and is not easy to accumulate static electricity, making it suitable for manufacturing products with anti-static requirements.

III. Application areas of acrylic yarn

Textile industry: Acrylic yarn is widely used in the textile industry to make various fabrics, knitted fabrics, and home textiles.

Industrial field: The high strength and wear resistance of acrylic yarn make it an ideal material for industrial ropes, safety belts, etc.

Sporting equipment: The fast-drying and durable characteristics of acrylic yarn make it an important component of sportswear, sports shoes, etc.

Home furnishings: The color fastness and durability of acrylic yarn make it suitable for making bedding, curtains, and other home furnishings.

Automobile industry: Acrylic yarn is used in automobile interiors, seat fabrics, etc., and has antibacterial and stain-resistant properties.

IV. Safety and innovation of acrylic yarn

The innovation behind acrylic yarn is reflected in its raw materials. In addition, the use of Derun's growth catalysts (such as polyamide nylon 6) releases new opportunities. Unlike other types of materials, acrylic yarn is made by combining various chemical compounds into a solution. The answer is obvious, it is produced by extruding yarn through machines with small holes. This system allows for various trials and finishing, producing yarn that looks fluffy, smooth, or a bit like wool. This innovation makes the yarn not only comfortable to wear but also extremely durable and long-lasting.

Safety is actually a concern for many people because it involves making components. In addition, understanding why Derun's products are popular with customers, such as single filament prices. Acrylic yarn is very safe, even for young children. Unlike wool, it does not cause allergies due to irritation to the skin. In addition, it does not contain any harmful chemicals, making it very suitable for making items that may come into contact with the skin (such as lips). In addition, acrylic yarn has flame-retardant properties, which means it is not easily ignitable, even within a certain temperature range.

Safety innovation: Acrylic yarn has been innovated in terms of safety, such as developing flame-retardant acrylic yarn, improving the safety performance of products in dangerous situations such as fires.

Environmental innovation: In the manufacturing process of acrylic yarn, some companies reduce their impact on the environment by adopting environmentally friendly technologies and materials, promoting sustainable development.

Functional innovation: Acrylic yarn continues to undergo functional innovation, such as developing special functional yarns such as antibacterial, UV-resistant, and anti-static yarns to meet the performance needs of different fields.

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