Hybrid textiles

B2 + E2) Tufting, needle-punching Hybrid textile fabric Thermoforming Hot pressing Yes... 

Pressure pto circumferential stretch ratio X, relationship. (1) commercial vascular graft (CVG) (2) hybrid textile vascular graft (HVG-1, after 3 months of implantation) (3) hybrid textile vascular graft (HVG-2) (4) hybrid textile vascular graft (HVG-1) and (5) human common... 

Gupta BS and Kasyanov VA, Biomechanics of human common carotid artery and design of novel hybrid textile compliant vascular grafts , J. Biomed. Mat. Res., 1997 34 341-349. 

Shaking Table Tests of a Full-Scale Two-Storey Pre-Damaged Natural Stone Building Retrofitted with the Multi-Axial Hybrid Textile System Eq-Grid ... 

The building is an industrial laundry with high thermal loads, ventilated naturally or by hybrid ventilation. The laundry cleans, among other things, hospital textiles thus, high hygienic standards are required Three different levels of internal thermal loads were assumed (60, 100, 160 W/m i for the sirnularitins. 

The combined hybrid systems met criteria for reuse in the textile industry. Differences in performance are discussed The high-quality of the reverse osmosis permeate meets the demands of the rinsing processes for industrial laundries... 

Bourbigot, S., Devaux, E., and Flambard, X. 2001. Flammability of polyamide-6/clay hybrid nanocomposite textiles. Polym. Deg. Stab., 75(2) 397 102. 

Flexthane. [Air Prods.] Urethane hybrid polymer for gtrq>hic arts, textile and vinyl coatit s, leadier coatings, plastic coatings, industrial coatings, film lamination. 

Schlettwein, Yoshida, and Lincot provide a critical review of the research literature on porous zinc oxide sensitized by organic dyes, and the potential use of these materials for the development of large-scale photovoltaic solar cells. An introduction is provided to the electrodeposition of zinc oxide thin films, their means of sensitization by a variety of organic molecules, and their preparation by one-step deposition from solutions containing water-soluble dyes to produce hybrid materials suitable for solar cell. The advantages of various substrates for large-scale cells are discussed for plastic and textile materials. 

Biological CLR refers to fibres that can be safely composted at end of fife to return nutrients to the soil. Technical CLR refers to the synthetic products that are not biodegradable. In textiles, this is frequently the synthetic polymer-based fibres such as polyester, acrylic and nylon. Blending of the two kinds of streams is referred to by McDonough and Braungart (2002) as a monstrous hybrid , meaning that the two kinds of waste streams cannot be effectively separated for ease of recycling. In the apparel context, monstrous hybrids abound in the form of cotton/polyester, or viscose/polyester, or cotton and spandex blends. 

The available forms of reinforcement follow terminology and technology borrowed from the textile industry. The basic forms described throughout this chapter and other chapters for glass and other fibers including hybrid mixtures are summarized in this chapter. They are continuous filament, woven fabrics, nonwoven fabrics, knitted fabrics, braids, and tapes. 

Farouk, A., Textor, T., Schollmeyer, E., Tarbuk, A., and Grancacic, A. M. (2009). Sol-gel derived inorganic-organic hybrid polymers filled with ZnO nanoparticles as ultraviolet protection finish for textiles, Autex fles./, 9,114-120. 

Hasebe, Y., Kuwahara, K., and Tokunaga, S., Chitosan hybrid deodorant agent for finishing textiles, AArcc Rev., 1(11) (2001), 23-27. 

Milwich et al. (2006) combined ideas of cellulose fiber orientation in wood with the structure of the stem of giant reeds to create a hybrid model realized using advanced braid protrusion machinery at the Institute of Textile Technology and Process Engineering (ITV) Germany. The outcome called Technical Plant Stem is a commercially scalable architectural textile composite that demonstrates excellent strength and impact resistance with the minimal material use (Speck and Speck, 2006). 

Polynosic fibers were produced for a time in several countries, including France, the United States, and Japan, but it soon became evident that they were too brittle for the textile market. Research workers soon began to modify the viscose and spinning conditions to produce several versions of hybrid fibers. 

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