Find Verified Polyester Suppliers, Manufacturers and Wholesalers

woven fabric and knitting fabric, dyed and printed.

T/C broadcloth T/C poplin 45x45 110x76 44/45 58/60
Cotton poplin, Cotton spandex poplin 40x40+40d
100% polyester fabric, polyester satin, Dull satin, Bridal satin
Polyester Chiffon,Georgette,koshibo,Taffeta,Pongee.
Eyelet embroidery fabrics.all over,one side scallop,double side scallop.
100% linen 14x14 54x54,100% ramie 21x21 60x60
100% Polyester plaid fabrics.
Chinese satin fabrics, brocade satin fabric,Jacquard Curtin fabrics.

If any product meet your demand,pls contact us for further information.

Material:100% Cotton
Yarn Type:COMBED
Pattern:Raw
Style:Core Spun Yarn
Technics:RING SPUN
Feature:Sustainable, Anti-Bacteria, Anti-pilling
Use:Sewing, Hand Knitting, Knitting, Weaving, Knitting
Twist:S & Z As per customer requirements
Evenness:smooth
Yarn Count:60s
Strength:strong
Product name:100%cotton Yarn
Color:raw white or customize
MOQ:499kgs
Packing:Pp Bags
Service:OEM&ODM
Application:
Weaving.knitting.hand Knitting.sewing.others

Air-jet texturing process is a purely mechanical method that uses a cold air stream to produce bulked yarns with cotton touch and warmth. The feed yarns need not be restricted to synthetic filament yarns. The air-textured yarns closely resemble spun yarns in their appearance and physical characteristics.
High-quality air jet textured yarns are produced from all types of continuous filament yarns (PES, PA, PP, Glass, Carbon, etc.) as well as from their various forms (FDY/FOY, POY) to a large range of resultant yarns for a wide variety of applications such as:
Automotive, Home Textile & Contract, Apparel, Outdoor, Military, Industrial / High Tenacity,
Carpet yarns, etc.

Nonwoven more than 19 years. Below are our mainly line:
Spunlace Nonwoven Fabric
Raw Material: PLA/Polyester/Viscose/PP/Wood Pulp
Technology: Parallel or Cross Type
GSM:30gsm-120gsm
Pattern: Plain/EF/Pearl/Mesh
Width:10cm-330cm

Polyester synthetic forming fabric is a commonly used filter mesh in the forming section of paper machine, the forming wire can be divided into 1 layer, 1.5 layer, double layer, 2.5 layer, and triple layer forming fabric, in order to increase the work life of the polyester forming fabric, Huatao weaves the nylon monofilament with better abrasion resistance in the weft, which makes the fabrics life longer and reduces the cost.

The 1.5 layer forming fabric is actually a 5-shed single layer forming fabric that have modified to have extra yarns which provides it the same properties as that of a double layer one. 1.5 layer forming fabric is easy to clean, increase sheet release as well as retention and with the extra fabric provides an excellent drainage.

The ideal 1.5 layer forming fabric for most paperboard and packaging grades applications, especially where a smooth top surface and long life potential are desired. In addition, Clean mesh yarn technology provides maximum resistance to premature fabric contamination.

Polyester 2.5 layer forming fabric are also known as support shute double layer forming fabric or double layer extra designs. It's a standard double layer design with an extra shute yarn added on the forming side between the 2 regular cross direction yarns. This yarn increase the pulp fibre support and meanwhile create a more open structure as the amount of wear side yarns is reduced, compared with the forming side.
2.5 layer forming fabric's weaving effect greatly increases the fiber support index due to the addition of a fine weave at the top. The ratio of the top and bottom wefts is 2:1. It suitable for paperboard,newsprint,writing paper,tissue paper,printing paper,kraft paper.

The SSB 3 layer forming fabric or "wire" of a paper machine is the continuous belt or belts of mesh screen upon which the paper sheet is formed. Most modern SSB 3 layer forming fabric are comprised of polyester monofilament. The weave pattern and layering of a SSB 3 layer forming fabric is designed to meet stringent requirements of dimensional stability, resistance to abrasion (on the wire side), minimum resistance to drainage, minimum wire-mark, and (sometimes) maximization of retention of fiber fines.