Animal Hair Fibres and their Mechanically Milled Ultrafine Particles - Patil, Kiran;Wang, Xungai;Lin, Tong
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Animal protein fibre waste could be aptly utilized by converting them into novel forms such as hydrogels, films, sponges and scaffolds or powder particles. These protein fibre materials in their new forms hold potential for high value technical applications in the field of medical science, environmental protection and composite structures, due to the diverse chemical nature of the parent animal protein fibres. The authors have herewith navigated through the opportunities lying with the animal hair fibre particles trajectory.

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Produktbeschreibung
Animal protein fibre waste could be aptly utilized by converting them into novel forms such as hydrogels, films, sponges and scaffolds or powder particles. These protein fibre materials in their new forms hold potential for high value technical applications in the field of medical science, environmental protection and composite structures, due to the diverse chemical nature of the parent animal protein fibres. The authors have herewith navigated through the opportunities lying with the animal hair fibre particles trajectory.
Autorenporträt
Dr. Kiran Patil is an expert in fibrous textile materials and allied industry processes, postgraduate from Indian Institute of Technology, Delhi, India and doctorate from Deakin University, Australia. His majors are textile fibres, their processing and related product developments. He bears a good mix of industry, academic and research experience.