Product Description

Melblown Non Woven Fabric

The characteristics of the Melblown Non Woven Fabric produced can be influenced and controlled to some degree by varying some of the operational conditions and inputs to the process. These include factors such as:

• The type of polymer used and its material characteristics such as molecular weight
• The extruder operating conditions such as temperature
• The geometry of the die nosepiece such as the orifice size and number of orifices
• The hot air stream conditions (temperature, velocity)
• The distance between the die nosepiece and the collector screen
• The speed of the collector
• The type of polymer used and its material characteristics such as molecular weight
• The extruder operating conditions such as temperature
• The geometry of the die nosepiece such as the orifice size and number of orifices
• The hot air stream conditions (temperature, velocity)
• The distance between the die nosepiece and the collector screen
• The speed of the collector
• Filtration, such as HEPA air filters or liquid and gas filter products
• Masks and respirators for medical and industrial use
• Disposable medical garbs, such as gowns, drapes, shoe coverings, and head coverings
• Sanitary products, such as those for feminine hygiene and disposable diapers
• Oil and liquid adsorbents, which are products that contain spills and pick up oil from the water
• Coffee filters and tea bags
• Artificial turf
• Insulating products
• Meat and vegetable packing trays
• Disposable disinfectant wipes
• Non-woven fabrics do not involve joining yarn by weaving or knitting; instead, they mechanically, thermally, or chemically bound together material created from separate fibers of molten polymers forming a web-like fabric.
• Traditional fabrics made of natural materials like cotton are woven together, meaning that the material is first formed into a yarn and then interlaced using a weaving or knitting process that results in the creation of a sheet of fabric from the yarn.

Melblown Non Woven Fabric

Melt-blown fabrics have generally the same applications as other nonwoven products. The main uses of melt-blown nonwovens and other innovative approaches are as follows.

1. Filtration
The porous nonwoven.