Nonwoven

Military sector is one of the most textile demanding sector with various special and critical requirements. Application of Nonwovens in the field of Flame Retardancy (FR) Uniforms will not only be cost effective but also can be produced at higher production speeds compared to conventional woven technology. In battlefield solider are exposed to flame threats and thermal radiative, thus it gives need to the use of FR Uniforms in the Military Sector. The following paper discusses the current commercially available FR Military Uniforms and material which it is made of, fibers available for forming FR Military Uniforms and Special FR Finishes for Fire Retardancy of the fabric.

Nonwoven membranes for water/wastewater-filtrations are designed of volume porosity to meet of safety and the comfort for human beings. Porosity is the most important to be considered of features that represent a Nonwoven membranes technology structure. The properties of membrane were analyzed by determining the efficiency of filtrations porosity. The membrane technology structure, the technics and the type of nanofibrous are factors of fluid porosity, which as porous material enables to transmit water/wastewater-filtrations, air, heat energy, and liquid perspiration. Several methods considering thread distributions have been developed to determine the membrane fluid porosity. A mathematical model based on an ideal geometry of the porous structure of membrane water/wastewater-filtrations has been developed. We demonstrated the design and construction of special antimicrobial membrane of nanofibrous mats throw volume pore sizes as filtration materials for selective and efficient separation of water and wastewater as Jetfiltration for the middle-east region as the future the demand for Nonwoven membranes is envisioned to get incremented in the future with the growth of the emerging economies further strengthening the market.