Acrylic Fabric Auxiliary

Acrylic (acrylic fiber), Fabric (fabric, here refers to common textile fabric components) and Auxiliary (auxiliary agent) are important components related to modern fabrics. Acrylic fiber is a synthetic fiber, made of polyacrylonitrile or a copolymer with an acrylonitrile content of more than 85%. Its shape is similar to wool, so it is called "synthetic wool". Acrylic fiber is light in weight and has good warmth retention, about 20% lighter than wool, but comparable to wool. And acrylic fiber has super light resistance, ranking first among common textile fibers. Under long-term sun exposure, the strength loss is only 20%. This characteristic makes acrylic fabric suitable for outdoor fabrics, such as awnings, car accessories, etc. Its chemical stability is also good, acid, oxidant and organic solvent resistance, easy to wash. Fabric composition is rich and diverse, natural fibers such as cotton, derived from cotton, strong moisture absorption, soft and comfortable to the touch, often used in underwear, T-shirts and other close-fitting clothing; hemp is taken from hemp plants, good moisture absorption and air permeability, and is common in summer clothing; silk is derived from cocoon silk, smooth and soft, with elegant luster, and is mostly used in high-end clothing. Chemical fibers In addition to acrylic, polyester has crisp wrinkle resistance and good wear resistance, and is often blended with cotton for shirts and suit fabrics; nylon has the first wear resistance in natural and chemical fibers, high strength, and is often used in outdoor equipment and sportswear. Auxiliary is indispensable in fabric production. Pretreatment aids such as scouring agents and penetrating agents help remove fabric impurities and improve wettability; dyeing aids such as leveling agents and fixing agents ensure uniform dyeing and color fastness; finishing aids such as softeners make fabrics feel soft; anti-wrinkle finishing agents can give fabrics anti-wrinkle properties. The use of additives can improve the appearance, feel, function, etc. of fabrics to meet different needs.

Acrylic (acrylic fiber), Fabric (fabric, fabric), Auxiliary (auxiliary) are used in combination with these three, and have a wide range of applications. Acrylic fiber is similar to wool, so it is called "synthetic wool". Its weight is light and warm, and it is light-resistant, antibacterial, and not easy to be eaten by insects. Fabrics are woven from various fibers. They can be blended and interwoven with single fibers or multiple fibers, and have various shapes and functions. Auxiliaries can improve fabric properties. For example, dyeing aids can help dyes color evenly, and finishing aids can give fabrics waterproof, wrinkle-proof and other characteristics. In the field of clothing, acrylic fiber can be matched with fabrics to make sweaters, scarves and other warm clothes. Acrylic fiber keeps warm, the fabric provides a variety of textures and styles, and the dyeing and finishing aids give color and lasting performance. In home textiles, the combination of the three can produce curtains and bedding. Acrylic fiber makes curtains crisp, anti-wrinkle, and not easy to fade; fabric provides a soft touch for bedding, and additives make home textiles have functions such as antibacterial and anti-mite, improving comfort and durability. In industrial applications, fabrics are used as base fabrics, and acrylic fiber enhances certain properties. After the additives are treated, filter cloths, conveyor belts, etc. can be made. Filter cloths require specific breathability and filtration properties, and conveyor belts require wear resistance and stretch resistance. The three cooperate to meet industrial needs. In the field of decoration, we can create various decorative fabrics, such as tapestries and wall coverings. Acrylic provides rich colors and good form retention, laying the foundation for fabrics, and additives enhance flame retardancy, anti-fouling and other properties to meet the needs of decorative beauty and safety.

I look at these three, which are acrylic acid, fabrics and additives. When using, there are several things to pay attention to. First, acrylic acid is lively and has strong bonding force, but it is easily affected by light and heat. Therefore, when using it, avoid exposure to strong light, and control the ambient temperature, do not make it too high. Otherwise, it may cause acrylic acid aging, reduce the bonding performance, and affect the quality of the product. Times and fabrics, which are made of various materials and have different characteristics. Cotton fabrics are skin-friendly and breathable, but easy to shrink and deform; chemical fiber fabrics are crisp and durable, but have poor air permeability. When using, choose the appropriate fabric according to the actual needs. And the fabric must be clean and stain-free. If there are stains, it may affect the combination with acrylic acid and additives, resulting in poor overall effect. As for additives, although the amount used is small, the role is crucial. Different additives have different functions. For example, plasticizers can increase the flexibility of materials, and curing agents can promote their hardening. When using, you must use the exact dosage according to the instructions. If the amount is small, it will be difficult to achieve the expected effect. If the amount is too large or the material properties change, it will lead to adverse consequences. Furthermore, when the three are mixed, the mixing must be uniform. If it is not uniform, the distribution of each ingredient will be uneven, and the local properties may be different. And the mixing operation should be carried out in a suitable temperature and humidity environment. If the temperature and humidity are too high or too low, It is also necessary to pay attention to the safety of operation. Acrylic acid and some additives may be irritating to a certain extent. Protective measures should be taken during operation, such as wearing gloves, masks and goggles, etc., to avoid hurting the skin and respiratory tract. Store properly after use. Acrylic acid and additives are mostly chemical products and should be placed in a cool and dry place to avoid fire and heat to prevent deterioration or cause safety accidents. Fabrics also need to be moisture-proof and insect-proof to ensure their quality. Pay attention to various matters in this way, so that the three can be used together to achieve good results.

Today there are Acrylic, Fabric and Auxiliary products, which have three advantages over others. First, Acrylic has good elasticity and recovery, and the fabric has good drape. It is carried around without the fear of wrinkles, and always maintains a crisp posture. Fabric ingredients make the product both soft to the touch, close to the body and comfortable, without itching discomfort. The two are combined to obtain a crisp shape and enjoy a soft and comfortable feeling. This other product is difficult to match. Second, its durability is exceptional. Acrylic is wear-resistant and anti-fading. It has been used for a long time, and the color is still fresh and strong. Fabric has a stable structure. After many washes and wears, it is not easy to deform and out of shape. With the help of Auxiliary, it increases its resistance to environmental erosion, and can maintain a good state for a long time, which is comparable to non-fragile and perishable things. Third, Acrylic cooperates with Fabric to make the product have good breathability and moisture absorption. It can quickly dissipate the moisture discharged by the human body, keep the skin dry, and the air can penetrate, so that it does not feel stuffy and stuffy. Even in hot summer, it also feels comfortable. This characteristic makes it widely used and suitable for all seasons and occasions. The product made by Acrylic + Fabric + Auxiliary has the advantages of elasticity, softness, durability and breathability and moisture absorption. It is better than other products and is widely used. It can be called a good product made of good materials.

The storage conditions of acrylic acid, fabrics and additives are quite important. Acrylic acid is mostly a liquid chemical, which is lively and afraid of high temperature and open flames. Therefore, it should be stored in a cool and ventilated place, and the temperature should be controlled at a suitable degree, generally not exceeding 30 degrees Celsius. And it must be kept away from fire and heat sources to prevent it from evaporating due to heat and causing dangerous things. The container must also be well sealed to avoid excessive contact with air and adverse reactions such as polymerization. Fabrics are made of various materials, but they are afraid of moisture. When placed in a dry place, the humidity should be low to prevent mildew and moth-eaten. If it is a natural fabric, such as cotton, linen, etc., it is more necessary to pay attention to moisture protection. And the fabric is not resistant to heavy pressure. When stacking, it should not be too high to avoid deformation and damage. At the same time, it should be avoided from direct light to prevent fading and damage to its color and quality. There are various types of additives with different properties. Some are corrosive, some are flammable, and some are easy to oxidize. For corrosive additives, they should be stored in a corrosion-resistant container and stored separately to prevent them from corroding other things. Flammable additives must be stored in a fireproof area in accordance with fire protection regulations, and kept at a safe distance from fire and heat sources. Oxidable additives should be sealed and stored to isolate air, or a deoxidizer should be added to the package to delay their oxidation. When the three coexist, more caution is required. Things of different natures should not be mixed to avoid mutual reaction. And the warehouse should be managed by a special person, regularly inspected to check its storage status, and if there is any abnormality, it should be disposed of in time, so as to ensure the safety of the three storage without losing its usefulness.