An inflatable for an evacuation system may comprise a nano-fiber material defining an inflation chamber. The nano-fiber material may include a nano-fiber fabric formed of woven nano-fibers, an interior thermoplastic polymeric coating formed over a first side of the nano-fiber fabric and oriented toward the inflation chamber, and an exterior thermoplastic polymeric coating formed over a second side of the nano-fiber fabric and oriented away from the inflation chamber.

Disclosed is a blackout curtain that does not transmit light to the interior environment, which can be used in any environment where it is desired to prevent light from entering such as home, office, hotel, photo studios, motion picture theaters. In particular, disclosed is a curtain structure that provides 100% blackout by minimizing the light transmittance rate, which protects the privacy of private life and protects against the disturbing effect of light and UV rays.

Disclosed is a blackout curtain that does not transmit light to the interior environment, which can be used in any environment where it is desired to prevent light from entering such as home, office, hotel, photo studios, motion picture theaters. In particular, disclosed is a curtain structure that provides 100% blackout by minimizing the light transmittance rate, which protects the privacy of private life and protects against the disturbing effect of light and UV rays.

The invention relates to a method of producing a fabric having a halogen free plasma coating, having a hydro- and oleophobic characteristics, wherein the method comprises: step DHF of depositing a plasma coating on the fabric by means of plasma polymerization of a halogen free precursor monomer by plasma-enhanced chemical vapor deposition method (PECVD), wherein the halogen free precursor monomer are organosilane, siloxane and/or hydrocarbon precursors, wherein the plasma-enhanced chemical vapor deposition is carried out as a low-pressure plasma processes under protective atmosphere, wherein the fabric comprises of a woven monofilament fabric of polymeric material having a filament diameter between 10 m to 150 m and a mesh opening between 5 m and 200 m.

The invention relates to a method of producing a fabric having a halogen free plasma coating, having a hydro- and oleophobic characteristics, wherein the method comprises: step DHF of depositing a plasma coating on the fabric by means of plasma polymerization of a halogen free precursor monomer by plasma-enhanced chemical vapor deposition method (PECVD), wherein the halogen free precursor monomer are organosilane, siloxane and/or hydrocarbon precursors, wherein the plasma-enhanced chemical vapor deposition is carried out as a low-pressure plasma processes under protective atmosphere, wherein the fabric comprises of a woven monofilament fabric of polymeric material having a filament diameter between 10 m to 150 m and a mesh opening between 5 m and 200 m.

A paper machine clothing, such as a press felt for a machine for producing or processing a pulp web, has a base structure. The base structure has a first woven-fabric layer and a second woven-fabric layer which are arranged one above the other and each having threads in the machine direction (MD) and threads in the cross-machine direction (CD). Both the first woven-fabric layer and the second woven-fabric layer include threads which are in the form of monofilaments and threads that are in the form of twisted threads.

A paper machine clothing, such as a press felt for a machine for producing or processing a pulp web, has a base structure. The base structure has a first woven-fabric layer and a second woven-fabric layer which are arranged one above the other and each having threads in the machine direction (MD) and threads in the cross-machine direction (CD). Both the first woven-fabric layer and the second woven-fabric layer include threads which are in the form of monofilaments and threads that are in the form of twisted threads.

Provided is a glass cloth with which suitable impregnation properties with low dielectric resins can be obtained.

A glass cloth includes glass yarns composed of a plurality of glass filaments, woven as warp and weft yarns, and surface-treated with a surface treatment agent, wherein when embedding the glass cloth in an epoxy resin and curing the resin, and thereafter observing a cross section of the glass cloth, a filament adhesion ratio (a number of adhesion points between filaments adhering to each other/total number of filaments) is greater than 0 and 0.80 or less.

Provided is a glass cloth with which suitable impregnation properties with low dielectric resins can be obtained.

A glass cloth includes glass yarns composed of a plurality of glass filaments, woven as warp and weft yarns, and surface-treated with a surface treatment agent, wherein when embedding the glass cloth in an epoxy resin and curing the resin, and thereafter observing a cross section of the glass cloth, a filament adhesion ratio (a number of adhesion points between filaments adhering to each other/total number of filaments) is greater than 0 and 0.80 or less.

In a glass cloth made of glass having a composition that is at least 50 wt % SiO.sub.2, one of a warp and a weft that constitute the glass cloth has a filament diameter of less than 3.0 m, and the glass cloth has a thickness of 15 m or less and a weight of 10 g/m.sup.2 or less.