PA6/Copolyamides fibre-Forming blends

Blend fibre-forming systems where the commercial fibre-forming polymer forms a substantial part of the fibre are very interesting from the point of view of the improvement of some properties of synthetic fibres. If the polymer is used as an additive to the fibre-forming polymer a question of the satisfactory spinnability and stretchabilit..

The development of fibres for technical textiles

The lecture aims at the development of chemical technical fibres which are used as reinforcing types of fibres. The lecture will also discuss the structure and properties of basic and special technical types of fibres in the world as well as those produced in Slovakia.

Catalytic growth mechanism of carbon nanofibers through chemical vapor deposition

A catalytic synthesis of carbon nanofibers, which showed a fast growth rate of 0.9, was achieved through a thermal CVD process. The growth rate of nanofibers was significantly dependent on the flow rate of acetylene and hydrogen. Co nanoparticles played a crucial role as a catalyst and template in the formation of nanofibers. The diffusio..

Overspraying for polyester/wool blend spinning: Part I

Correct overspraying on wool and its blends with polyester is absolutely necessary. The overspray alters the frictional properties of fibres which in turn affects processability at different stages of spinning. Spraying is a non-permanent textile finish applied to facilitate spinning performance. The reasons for applying overspray are lis..

Novel effect additives for increasing versatility of synthetic fibers

Manufacturers are forced constantly to increase productivity and develop innovative products. The general uses of additives are indentified. An overview of the latest developments in functionalizing synthetic fibers through the use of appropriate effect additives is presented. Light stability of synthetic fibers examines polypropylene fib..

Surface chemical modification of natural cellulose fibers

Simple esterification and etherification reactions were applied to steam-exploded Flax (Linum usitatissimum) with the aim of changing the surface properties through modification of fiber surface chemistry. Native and chemically modified cellulose fibers were characterized in thermal stability, surface chemistry, morphology, and crystal st..

대만 섬유산업의 WTO가맹과 그 후의 전망(Ⅰ)

마의 에콜로지성 POP 광고로 판매촉진

가네보의 「신중기 3개년 계획」에서 섬유는 「중요사업」으로 밝혀

콘튼 USA 마크·캠페인 성황리에 끝나다.