The present study is an attempt to isolate and optimize the fermentation conditions of three fungus, namely Trichoderma virens, Alternaria alternata and Curvularia lunata to get pigments for the purpose of textile dyeing. Highest optical density has been achieved in potato dextrose broth at 28oC in 25 days under static conditions. Wool and silk are dyed unmordanted with very good wash and rub f...

We proposed a novel approach to prepare high-performance continuous regenerated keratin fibers with wool-like structure by using the cortical cells and linear from wool waste as reinforcement adhesive, respectively. The spindle-shaped were taken based on different responses of mesenchyme in treatments H2O2 oxidation ultrasonication. was yielded through dissolving green solution consisting starc...

In this paper we show how we have applied, in a current project, mobile agent technology to an industrial process in the field of textile manufacturing. The project involves several companies, each of which is a Europe-wide representative of one of the key phases of the textile production process (e.g. spinning, weaving, dyeing, finishing and ready made clothing). The main contribution of this ...

While dyeing of poly(ethylene terephthalate) (PETP) fibres in supercritical carbon dioxide is now on its way to be transferred into the textile finishing industry to check the economic efficiency and practicability in an upscaled plant, dyeing of natural fibres such as cotton is still a problem. Within the paper an overview is given about the international stateof-the-art of dyeing technical (a...

The thermochromic effect of wool dyed with 6-bromoindigo was found to depend on both heat and a solvent. fabric must be immersed in solvent while heating for color change from purple blue occur. Ethanol the most effective causing change. Water as well. 1-Butanol caused slight change, toluene completely ineffective. These results are interpreted interaction surface adsorbed dye molecular aggrega...