Non-woven fabric machine

The S Spunbond Nonwoven Machine uses a spinning drafting mechanism and an advanced electrical control cabinet. Advanced AC frequency-modulated speed and fully digital synchronized communications are elements of the system controlling mode. S Spunbond Nonwoven Machine has fewer investment requirements, a small footprint, a small covering area, and labor-saving capabilities.

The machinery operates steadily, producing a lot, and doing so efficiently. It is used in non-woven fabrics for clothing, non-woven fabrics for medical and sanitary materials, construction non-woven fabrics, industrial non-woven fabrics, agricultural non-woven fabrics, disposable items for hotels, and other non-woven and industrial fabrics, among other applications. The spun-bond nonwoven fabric produced is uniform, strong, breathable, non-toxic, and tasteless, and it complies with environmental protection standards.

The primary equipment for producing non-woven fabrics is nonwoven machinery of the SS type. When maintaining SS type nonwoven equipment, we should do a good job to increase its working effectiveness and lengthen its service life.

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,

Making PP spun-bond non-woven fabrics is a good use for this machine. Extrusion, spinning, quenching, closing air stretching, web forming, calendaring, winding, and cutting are carried out on the PP chips used as the raw material input. After that, the product is packaged for storage and distribution.

The SSMS Spunbond Nonwoven Machine is a composite nonwoven production line that combines the manufacturing processes of spunbond and meltblown. The four beams that make up the SSMS Spunbond Nonwoven Machine can be adjusted to meet your specific manufacturing needs.

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.

The SMS Nonwoven Production Line, which combines spunbond and meltblown manufacturing processes, is a composite line for the production of nonwoven materials. The web is made up of three layers: the first layer is created by the first spunbond spinning system, the second layer is created by the second spunbond spinning system, and the third layer is created by the melt-blown spinning system. To create an SMS composite Non-woven Fabric, the three-layer web is first hot-rolled together, then cut and wound by a rolling machine.

Polylactic acid fibres having a skin-core structure that can be carded into a nett and then set by hot air are used to create PLA non-woven fabrics. Heat transfer, flow, diffusion, and pressure cooling are the four primary processes that make up the bonding process during hot air setting.

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.

The equipment made of non-woven fabric transcends the conventional textile principle. It is created by orienting or randomly arranging the short textile fibres or filaments to create a fibre web structure, and then fortifying it using mechanical, chemical, or thermal bonding techniques. Without spinning or weaving, the fibre web is created, making it light, soft, elastic, corrosion-resistant, and washable.

Polylactic acid (PLA), an environmental protection substance, has undergone numerous transformations and applications in the non-woven fabric sector. It is extremely biodegradable. The microorganisms in the soil totally decompose it when it is thrown away, producing carbon dioxide and water. It actually "comes from nature and belongs to nature" and does not contaminate the environment.