Synthesis and Applications of Nano Binder Based on Plant Oils

Abstract

The importance of using renewable feed stocks in the textile industry area are expected to increase in the next few decades due to the limited natural resources coupled with an increased environmental legislation for eco-friendly and sustainable technologies. This research work focuses on the possible future applications of microwave irradiation in this field. Alkyd resins with highly distinct characters and reactive properties, based entirely on commercially available renewable resources, including sunflower or soybean oil, are prepared and characterized. The rheological properties, apparent viscosity of prepared binders, and roughness of the prints were described. The study was extended to application of the prepared alkyd resins as a binder in pigment printing operations onto cotton fabric by using a flat screen technique. The optimum curing conditions as well as the color strength and fastness properties of pigment printed areas to light, washing, perspiration and crocking, were evaluated. 摘要

Development and optimization of a non-traditional extraction process of yellow colorant from safflower petals as a natural colorant

“…Fastness properties to washing, rubbing (dry &wet), perspiration, as well as, light fastness were measured according to a standard method [12].…”

Kinetic Investigations on Dyeing of Different Polyester Fabrics Using Microwave Irradiation

“…The microwave field and the dielectric reaction of a substance oversee the capacity to energy with microwave irradiation. Learning of magnetic hypothesis and dielectric reaction is vital to enhance the treatment of materials through microwave warming [12,13].…”

Treatment and optimization of unconventional heating to enhance the printability of Rami fabric by using Brewer’s Yeast enzyme

“…Textile industries always in a continuous exploration for novel and unconventional technologies to meet both the quality and ecological production as well as to reduce energy consumption and water pollution [4]. Recently, Plasma technology, ultrasonic, enzymatic processes and microwave irradiation are the new and unusual technologies used in the textile industry.…”