Textile mesh

Figure 4-16. Diagram of action of wire mesh in liquid-vapor separation. Courtesy of Metal Textile Corp., Bulletin ME 9-58.

Figure 18.4. Typical installations of mesh pads in equipment (Metal Textile Corp, Bulletin ME-7-, from Ludwig, 1977, Vol. I, p. 159).

The fibers or the yarn or rovings made therefrom can be processed to fleeces or mats (non-oriented semi-finished product) and textiles, lattices or meshes (oriented semifinished products) and can be utilized as such e.g. for thermal insulation or as filter materials, or in composites with other materials e.g. for fiber-reinforced polymers, metals or ceramics. Fibers are generally marketed after surface treatment (chemical modification, annealing, smoothing) to optimize their application and processing properties. 

Besides textile materials, wire mesh, perforated foils or mats consisting of woven fibres are used. 

CAS 3794-83-0 EINECS/ELINCS 223-267-7 Uses Sequestrant, corrosion inhibitor, scale inhibitor, pigment dispersant for industrial cooling and boiler water treatment, metal pretreatment for coatings, drilling muds and kaolin clay slurries, metal finishing protects against rancidification in cosmetics, personal care prods. stabilizer for peroxide bleaching sol ns. in textiles, paper pulp Properties Wh. crystalline powd. 4.0% max. on 16 mesh 10% max. thru 325 mesh 100 min. mean particle size m.w. 294 bulk dens. 0.65-0.95 g/cc pH 11-12 (1%) 57-62% total act. acid 7-11% moisture D.E.R. 317 [Dow/Epoxy Prods. Intermeds.j... 

Chem. Descrip. Antimony trioxide CAS 1309-64-4 EINECS/ELINCS 215-175-0 Uses Flame retardant synergist in ABS, HIPS, PBT, unsat. polyesters, epoxies, PU, phenolics, coatings, textile treatments Properties Wh. powd. 0.2-0.4 pm avg. particle size 0.05% max. retained 325 mesh sp.gr. 5.3 bulk dens. = 35 Ib/fP surf, area 10-15 mVg m.p. 656 C 99.3% act. 

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