machines pour tissus non tissés

Equipment made of nonwoven fabric is utilized in a wide range of social, professional, and industrial contexts, but is particularly prevalent in the building, auto repair, apparel, aerospace, and environmental protection sectors. Additionally, the use of nonwoven fabrics in the health sector, particularly in sanitary products, is growing. This has opened up new markets for medical textiles, apparel textiles, and vehicle textiles as well as given nonwoven fabrics a competitive advantage due to their high added value and substantial economic benefits.

The construction of professional non-woven equipment has been improved; it is now, first and foremost, more compact. To achieve unified coordination, the nonwoven fabric equipment can incorporate all instruments utilized in the nonwoven fabric processing process within the equipment. As a result, professional non-woven equipment is frequently compact.

The non-woven material is constructed of polyester fibers, which can be knitted into varied thicknesses, textures, and hardnesses. The production of non-woven fabrics has transitioned from manual to mechanical as a result of advances in science and technology. Its appearance has resolved complex issues including processing efficiency that is too slow.

Non-woven fabric and spunbond non-woven fabric are inferior. The fabric has the qualities of being wear-resistant, firm, and having a wonderful hand feel since it is made with modern polyester and polypropylene fibers. It is frequently used in the manufacturing of medical and health care, home décor, packaging, clothes, industry, and agriculture. The best non-woven fabric to use for creating non-woven items is spunbond.

Spunbond, meltblown, spunlace, needling, dry papermaking (expanded paper), sewing, thermal bonding, chemical bonding, carding, netting, fiber pre-disposal, and other non-woven machinery and production lines; wet face towels, masks, surgical clothing, shaped masks, polymers, chemical fibers, special fibers, adhesives, foaming materials, coatin; and sanitary napkins for women, babies, and adults; as well as wet

Its distinctive qualities are reflected in spunbond nonwovens technology. It transcends the distinctions between cloth, film, and paper and has the ability to directly affect the fields of use for all three types of goods. The non-woven fabric machinery uses polypropylene fibre chips as its primary raw material, and it includes a chip conveying device, a melt extrusion spinning system that includes a single screw extruder, a melt pump, a melt filter, a spinning box, a spinneret, and a melt pipe, as well as a cooling and drafting system that includes a side blowing device, a drafting device, a diffusion duct, a vacuum suction device,