Effectiveness of Recent Developments of Nanotechnology Technology (Extracted from Rice Straw) in Improving Some Functional Properties of Woven Fabrics

Several studies have been conducted on the effectiveness of some nanoparticles such as nano-gold, silver and ketosan to support the properties of textiles and textiles, but they are elements of limited production and their extraction is economically expensive.  the present study research to an alternative of nanoparticles extracted from materials that are ecologically present in abundance And low cost. After reviewing the previous studies in this area, it was noted that the use of silica, a chemical compounds found in abundance in the rocks and sand, rice straw contains up to 90 percent of silica, and Egypt produces about 350 tons of rice straw is not exploited Of which only 100 tons in the field The production of organic fertilizers and non-traditional fodder, and related to the use of rice straw exhaust in the clothing and textile industry, was found to be rare in these studies.
Therefore, The present study aims to study the effectiveness of taking advantage of the recent developments of nanotechnology techniques in the extraction of nano-silica particles (extracted from rice straw) Functional properties of woven cellulose fabrics
The results of laboratory tests concluded
1. The results of chemical treatment of nanoparticles extracted from rice husk yielded good values ​​to improve some functional properties of processed fabrics under study
2 - cotton fabrics treated atlas treated with nanoparticles extracted rice husk on cotton fabrics Gentle in most functional characteristics
3. The treatment material (nano-silica particles) has helped to improve the properties of tensile strength, absorption time, softness and UV resistance of samples under study