1.
The Processing technology of micro polyproopylene fiber (PP fiber) in carding process is analyzed and discussed on the basis of the characteristics of the ppfiber.
根据超细旦丙纶纤维的纺纱特性，对梳棉工序的纺纱工艺进行了研究。
2.
Development of Poplin with Topocool and Fine Denier Polyester Fiber
Topocool纤维与细旦涤纶府绸产品的开发
3.
polyacrylonitrile fiber
聚丙烯腈纤维, 腈纶纤维
4.
Application of Polyester Fine Dinier Bright Staple Fiber Finish on the Surface of Fiber
细旦超有光涤纶短纤维油剂在纤维表面上的应用
5.
Blending technology of Australian medium wools and fine denier polyester fibers is researched in worsted system.
研究澳大利亚半细羊毛和细旦涤纶纤维混纺工艺技术。
6.
Research and Application of Melt-spinning Dynamics of Fine Denier Hollow Polyester (PET) Staple Fiber
细旦中空涤纶（PET）短纤维熔融纺丝动力学研究及应用
7.
The Wearing Comfort of the Knitted Fabrics from Fine Denier Polypropylene Filament Yarns
细旦丙纶长丝针织产品的舒适性研究
8.
Dacron, polypropylene fiber, cotton lun, short fibers, 3D medium short fibre production, processing and marketing.
涤纶、丙纶、棉纶、短纤维、三维中空短纤维的生产、加工与销售。
9.
Development Blended Yarn of Anionic Polypropylene/Cotton Fiber
负离子丙纶/棉纤维混纺纱产品的开发
10.
Study on Polypropylene/ Micron Inorganic Antibacterial Powders Blend Compounds and Fine Fibers;
聚丙烯/超细无机抗菌剂共混物及其细旦纤维的研究
11.
Test spinning of PP microfilaments was carried out in the range of take-up speed from 2000 to 3200 m/ min.
在2000～3200米/分纺速范围试纺微细旦丙纶长丝。
12.
Lumacron E-RD dyes
路马克朗E-RD染料（快速染色型涤纶用分散染料,也选用于超细旦纤维,商名,韩国LG化学）
13.
Lumacron S-HW dyes
路马克朗S-HW染料（快速染色型涤纶用分散染料,也选用于超细旦纤维,商名,韩国LG化学）
14.
China Sciences Silpron Technology Branch Co. of CSG (CSS) is mainly engaged in the R &D, in manufacturing and marketing the superfine polypropylene filament.
中科集团丝普纶分公司专门从事细旦、超细旦丙纶的研发、生产和经营业务。
15.
These fabrics are made of such fibers as polypropylene, olefin, polyester, nylon, and acrylic.
这些织物使用的纤维有：聚丙烯、烯烃、涤纶、尼龙以及丙烯膊纤维。
16.
Influence of plasma treatment on contact angles of PP fibers
等离子体处理对丙纶纤维表面接触角的影响
17.
Influence of the powder on the polypropylene fiber as for fusibility and properties of the far infrared fiber
粉料对远红外丙纶熔体和纤维性能的影响
18.
Acrylamide Grafting on PET fibre surface Induced by Ar Plasma
涤纶纤维表面Ar等离子体引发接枝丙烯酰胺