Knowledge of Mesh Fabric that Need to Know

1. Clothing application: suitable for mesh shirts, clothing linings, uppers, insoles, mesh socks, baseball caps, etc.

2. Application of household decoration and daily necessities: curtains, tablecloths, mosquito nets, cleaning supplies, baby supplies, etc.

3. Other applications: automotive products such as car seat covers, storage bags, fishing nets, outdoor supplies, safety supplies, etc.

Mesh cloth: mesh cloth is widely used in daily life. The raw materials are generally polyester and nylon, which are durable and elastic.

Type and raw material composition of mesh cloth

(a) Bag mesh, handbag mesh, golf bag mesh, supermarket mesh, pet mesh, lawn mower mesh, beach chair mesh, everything mesh, impregnated warp knitted fabric mesh, mesh emery mesh, fishing vest mesh, bucket mesh, vamp mesh.

(b) UV resistant mesh, antibacterial mesh, plastic coated mesh, fluorescent mesh, tent mesh, flame retardant mesh, floral hard mesh, fishnet mesh.

(c) Training hat mesh, sun hat, big hat mesh, beekeeping hat mesh, shoe and hat mesh, baseball cap mesh, cleaning tool mesh, clothing mesh, Crib /.

The raw materials of this product include polyester (low elastic yarn, high elastic yarn), glossy yarn, nylon, etc. We can use various sizes of raw materials to produce products with different gram weight, width, color, density, hardness and softness, and can add wrinkle resistance, flame retardancy, environmental protection and other functions according to customer requirements.

Influence of single layer mesh yarn on textile products

1. Keep warm

The structural characteristics of single-layer mesh yarn have a certain relationship with the warmth retention of clothing, because the structure of yarn determines whether static air layer can be formed between fibers.

The yarn structure is fluffy, and there are many voids in the fabric, forming an air layer. When there is no wind, there is more still air and the warmth retention is better; When there is wind, the air can pass smoothly between the yarns, so it is cooler.

For the yarn with tight structure, the fabric woven from it is also relatively tight, so the air flow is blocked and the warmth retention is better; However, when the structure is too tight, the air trapped in the fabric will be reduced, that is, the static air will be reduced and the warmth retention will be poor.

2. Hygroscopicity

The hygroscopicity of yarn depends on fiber properties and yarn structure. If the filament is smooth, the woven fabric is easy to stick to the body. If the fabric is tight, it is difficult for moisture to penetrate into the fabric. The surface of the staple yarn is hairy, which reduces the contact with the skin, improves the permeability and is comfortable to wear.