fabricants d'équipements 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.

SS Spunbond Nonwoven Machine Benefits 1.SS Spunbond Nonwoven Machine Utilizes a spinning drafting system and a sophisticated electrical control cabinet. Advanced AC frequency-modulated speed and fully digital synchronized communications are also elements of the system controlling mode. 2. Compared to S Spunbond Nonwoven Machine, SS Spunbond Nonwoven Machine is obviously of higher quality and produces a greater volume. Additionally, the SS Spunbond Nonwoven Machine operates with high efficiency and minimal power usage. Based on the aforementioned qualities, SS Spunbond Nonwoven Machine may assist customers in labor savings and extensive compatibility with various high production requirements.

High levels of automation and intelligence are present in the machine. When sewing, the upper and lower layers of the materials are always aligned, processing loss is minimal, and the finished product is more flat and stable thanks to the infrared automated edge alignment technology. With the use of the roller mold, which is simple to alter, customers can create a variety of flower patterns that are constantly changing and intricate discontinuous and symmetrical patterns.

The professional non-woven fabric machine's structure has been improved; first and foremost, it is now more compact. To achieve unified coordination, the nonwoven fabric equipment can incorporate all the instruments used in the nonwoven fabric production process within the equipment. As a result, professional non-woven equipment is frequently compact.

Thin and medium-thick hot-rolled non-woven fabrics are the end products of the PET spunbond production process. They are mostly used for filter materials, lining fabric, home textiles, transfer printing, cable wrapping cloth, floor leather base cloth, automobile roof and carpet base cloth, beach chairs, tents, and other leisure products.

The magnificent assembly and welding procedure is used to construct the spunbond nonwoven fabric producing machine. The operation is stable, the application performance is long, the strength is high, and the layout is solid. It can sustain good working conditions in a processing environment with high load for an extended period of time.

The SMS nonwovens are made from food-grade raw materials that comply with FDA regulations, are chemically free, have steady performance, are non-toxic, have no off-putting odors, and do not irritate the skin.

When PLA is employed in the meltblown procedure, a market for nonwoven materials is created. It offers an accessible platform for innovation due to lower fibre sizes than other methods and the flexibility to integrate with other materials like laminated composites. When compared to petroleum-based polymers, the crystallisation kinetics of PLA nonwovens are different because of the processing conditions of greater pressure and extrusion temperatures within controlled process windows.

It is forbidden for the spunbond nonwoven fabric machine to let too much water or oil into the pressure system. If it is possible to check that the oil volume of each inner cup of the converter is sufficient, this will help prevent issues, shorten the life of the cylinder barrel, and ensure that the air is dried and cleaned. If not, the pressure relief valve should be pushed forwards and should not be used for an extended period of time at the back.

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,