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Weaves

Impingement demister systems are designed to intercept liquid particles before the gas outlet. They are usually constructed from wire mesh or metal plates and liquid droplets impinge on the internal surfaces of the mist mats or plate labyrinth as the gas weaves through the system. The intercepted droplets coalesce and move downward under gravity into the liquid phase. The plate type devices or vane packs are used where the inlet stream is dirty as they are much less vulnerable to clogging than the mist mat. [Pg.245]

Carbon—carbon composites for rocket nozzles or exit cones are usually made by weaving a 3D preform composed of radial, axial, and circumferential carbon or graphite fibers to near net shape, followed by densification to high densities. Because of the high relative volume cost of the process, looms have been designed for semiautomatic fabrication of parts, taking advantage of selective reinforcement placement for optimum thermal performance. [Pg.5]

Spandex Fibers. Spandex fibers are suppHed for processing into fabrics in four basic forms as outlined in Table 3. Bare yams are suppHed by the manufacturer on tubes or beams and can be processed on conventional textile equipment with the aid of special feed and tension devices. In covered yams, the spandex fibers are covered with one or two layers of an inelastic filament or staple yam the hard yam provides strength and rigidity at full extension, which faciUtates knitting and weaving. [Pg.310]

The weight and constmction of the fabric affect its burning rate and ease of ignition. Lightweight, loose-weave fabrics bum much faster than heavier weight fabrics therefore, a higher weight add-on of fire retardant is needed to impart adequate flame resistance. [Pg.485]

Draperies. Draperies of light weight or open-weave fabrics are ineffective for sound-absorbing purposes. Heavy draperies, such as flannel and velour, can provide useful sound absorption if properly installed. For best results they should be hung with 100% fullness, ie, 2 nC for every nC of wall or window surface covered. The sound-absorbing properties also are affected by the amount of space between the draperies and the surface behind them. [Pg.314]

Traditional textile fabrics are made by weaving or knitting. Nonwoven fabrics are similar to woven and knitted fabrics in that both are planar, inherently flexible, porous stmctures composed of polymer-based materials. The main difference between the two is the manner in which the fabric is made. [Pg.145]

A needled felt, on the other hand, is a fabric composed of natural, synthetic, or a combination of natural and synthetic fibers physically interlocked by the action of a needle loom with or without combination of other textile fabrics and with or without suitable combination of mechanical work, chemical action, moisture, and heat, but without weaving, knitting, stitching, thermal bonding, or adhesives (16). [Pg.153]

Microdenier nylon and polyester were a significant spinning breakthrough when demonstrated in 1985. The finer-than-silk fibers added a new dimension to fabric aesthetics, comfort, and performance. Microdenier nylons are used in weaving, warp knits, and weft knits for sports-, leisure-, and... [Pg.258]

In addition to aerospace uses, sihca fibers can be twisted into sewing threads and yams for weaving into fabrics. These fabrics are used extensively for heat-resistant clothing, flame curtains for furnace openings, thermocouple protection, and electrical insulation. The cloth can also be used to encapsulate other fibers to produce flexible sheets. [Pg.56]


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See also in sourсe #XX -- [ Pg.15 ]

See also in sourсe #XX -- [ Pg.251 ]

See also in sourсe #XX -- [ Pg.105 ]

See also in sourсe #XX -- [ Pg.105 ]

See also in sourсe #XX -- [ Pg.181 , Pg.598 , Pg.599 , Pg.600 ]




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2D weave

2D weaving

3D dual interlaced weaves

3D noncrimp orthogonal weaving

3D noncrimp orthogonal weaving 3DNCOW) process

3D weave

3D weaving

5-harness satin weave

Atlas weave

Atlas weaving

Basic Weave Patterns

Basket weave

Bias weave

Bidirectional deformable pattern weav

Canvas weaving

Carpet weaving

Contour weaving technology

Cowoven weave

Cross-weaving

Crowfoot weave

Design and Principle of Weaving Looms

Double layer weaves

Dutch Twill Weaves

Dutch twilled weave

Dutch weaves

Dutch weaves, filter media

Eight-harness satin weave

Fabric harness satin-weave

Fabric manufacturing techniques weaving

Fabric twill-weave

Fabric weave

Fabric weaving

Four-harness satin weave

Gauze weave

Geotextile weave

Knit weave

Leno mock weave

Leno weave

Linen weaving

Magna weave machine

Open-Reed Weaving

Open-weave meshes

Orb-weaving spiders

Panama weaving

Pick count weave

Plain Dutch weaves

Plain weave

Plain weave screen

Plain weave wire cloth

Plain weaving

Plain-weave fabric

Plain-weave filaments

Polar/spiral weaving

Proprietary 3-D weaving processes

Reverse plain Dutch weave

Sateen weaves

Satin-weave fabric

Screen weave dependence

Shape weaving

Shape weaving shell geometries

Special Weaving Methods

Square screen weave

Square weave pattern

Textile weaving technology

Triaxial weave

Twill weave

Twill weave fabric woven fabrics

Unidirectional weave

Weave Diagram

Weave Symbol

Weave basic types

Weave coding

Weave patterns

Weave room dusts

Weave satin

Weave style

Weave types

Weaving

Weaving Fill insertion

Weaving Preparation

Weaving Shedding

Weaving additives

Weaving machine

Weaving of wires

Weaving patterns

Weaving process

Weaving technology

Weaving the Safety Net

Weaving, textile workers

Wires weaving

Woven fabric-plain weave

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