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Melt blown composite and spunbond

HomeMelt blown composite and spunbond

composite span band and where did the ballon nation come from?

In recent years, each of the Spanband and Melt blown markets have faced excess production capacity. Unlike spunbond materials, Melt blowns are made of more discontinuous fibers and are more suitable for applications such as the production of medical masks and sanitary napkins. The similarities between the spunbond and Melt blown materials have not only led to the participation of similar companies in this business, but the tendency to produce composite products by combining these materials has opened another commercial and practical horizon for them. This idea dates back to the 80s. At that time, surgical packages, gowns, sterilization packages and disposable industrial clothing were produced with Spunband composite and Melt blown.

How do they produce composite spunbond and Melt blown?

Spunbond composites and Melt blowns are produced by combining one or more nonwoven fabrics or technologies with other materials or technologies to provide better overall performance with component properties. We can create these composites by combining any of spunbond fibers, Melt blown balls, wet lamination, dry lamination and other network structures resulting from non-woven production processes. Because spunbond layers are much thicker than balloon melt, some manufacturers increase the number of balloon melt layers during the composite manufacturing process to make them compatible. The result of this work is the production of a fabric with a lower base weight, which is more practical than its components.

What are the features of Anahita's Span Bond and Mellat Blown Petro Bespar composite?

environment lover

At Petro Bespar Anahita, we are committed to providing products with the least harm to the environment. The chemical structure of polypropylene is such that it makes it easier to break the molecular chain of materials and prevent environmental pollution. Of course, one of the most important features of these composite nonwovens is their ability to be recycled multiple times.

lightness

Spun Bond Composite and Melt blown Petro Baspar Anahita are light in weight, but in some cases, polypropylene resin is used in the production process of these non-woven fabrics so that the final product is a light fabric for various applications.

The ability to become hydrophobic

In order to make the composite hydrophobic, hydrophobic materials are added to non-woven fabrics by mechanical, solvent, thermal or chemical processes.

have ventilation

Spun Bond and Melt blown Anahita Petro Baspar composite is a product that allows air to pass through itself. Therefore, it is very suitable for purposes such as the production of baby diapers.

softness

Composite Spun Bond and Mellat Ballon manufacturers usually use fine fibers to produce soft and comfortable fabrics. These non-woven fabrics are mainly used to produce top sheets, back sheets and sanitary items.

But the last word is that

Composite Spun Bond and Mellat Ballon should be considered as a big development in the field of non-woven textiles. In fact, we should consider non-woven composites as the future of these products. With composites, we can produce very special fabrics to meet various technical and hygienic requirements, some of which cannot be achieved with conventional fabrics.

Nowadays, by making changes in the production process of these products, they are made hydrophilic or hydrophobic so that they are suitable for the production of products such as baby diapers, sanitary napkins, top sheets, back sheets and all kinds of hospital covers. At Petro Bespar Anahita, we have employed these technologies for less damage to the environment and to produce biodegradable and recyclable products.

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