Internal Pressure Glue Disposable Isolation Gown consists of two components, spunbond polypropylene and meltblown polypropylene. In the early 1970s, the first installations to produce micro-denier webs were completed, thereby producing fabrics from polymers using a single integrated process. The current process starts by melting thermoplastic chips, which are then extruded. Polypropylene is by far the most widely used polymer in meltblown technology. Filaments are then continuously filtered and metered and extruded to produce filaments. The use of high velocity air draws the filaments to finer diameters and ensures thickening and better filament laying. Internal Pressure Glue Disposable Isolation Gown can be made by combining spunbond and meltblown web layers, and multi-denier spinning can combine spunbond and meltblown materials into a nonwoven web. The sheet is then pre-glued and heat bonded by passing it through calendar rollers.

The material of Internal Pressure Glue Disposable Isolation Gown is known to have many excellent properties, strength and durability being just two of them. Meltblown fibers, on the other hand, have relatively weaker tensile properties, but have excellent core evacuation and barrier properties due to the smaller fibers occupying a larger surface area. Therefore, together they create a powerful product that also provides a barrier to liquids and particles.

The manufacture of Internal Pressure Glue Disposable Isolation Gown is a huge market, including surgical masks, gas and liquid filtration, and filter cartridges. The medical uses of the material are diverse, including gowns and face masks.