Filtering Applications

Many technological processes have been applied on Meltblown fabrics during its production, and these fabrics are preferred in all areas quite intensively thanks to its superior filtration. Meltblown fabric which is generally made of the raw material of polypropylene, easily removes viruses and bacteria, as well as powders, abrasives, small aerosol droplets and filters asbestos fibers easily. Official healthcare authorities have also advised to use products made of Meltblown fabric with high filtration properties.

 

Meltblown Kumaş
Microfiber bez meltblown

Cleaning (Microfiber) Cloths


Microfiber cloths are cleaning products created by compacting thin threads together. These cloths with superior cleaning characteristics are also the reasons to prefer this product in all areas ranging from glasses to dust as they have no harm to human health. The biggest feature that makes microfiber cloth a leading choice is that they are made of polyamide or polyester fibers. The raw material of Meltblown fabric is also polypropylene i.e. polyester fiber. The biggest plus of this fabric is that it is a hundred times thinner than the strand.
This allows the clothes to retain more dust and have more suction power.

Medical Areas

Proper use of products is quite important for human health. Especially the quality of the fabric is also a determinant for its protection against external influences. Many low-quality products unfortunately negatively affect human health, especially in case of highly contagious diseases such as Coronavirus (Covid-19). Meltblown fabric is the first and only choice of medical products such as masks and gloves thanks to the superior protection it provides.

 

Meltblown Kumaş
Microfiber bez meltblown

Building Sheathing Areas 

Sheathing is a method applied to prevent buildings from undergoing heat loss. The properties of the material used here directly affects the quality of the sheathing. Meltblown, which is environmentally friendly as much as human health, can also be used in sheathing processes of buildings with its soft structure and easily formable texture.