纖維輥 的英文怎麼說
中文拼音 [xiānwéigǔn]
纖維輥
英文
fibre roller-
Study on fiber length distribution of taker - in droppings and card strips
梳棉機刺輥落棉和蓋板花纖維長度分佈At present our main products : all kinds of the glass vacuum cups, heating element of tempering machine, kevlar rope, cutting machine table carpet, brush roller of glass washing machine, rubber roller, castor wheels, silicon rope for the laminated glass, flood & squeegee bar for the colour glazed glass, glass clamps etc
目前主要產品有：各類玻璃真空吸盤、各種類型加熱爐絲、耐高溫陶瓷件、耐高溫纖維繩、絲印機回墨刀、刮刀、萬向輪、傳送膠輥、清洗機毛刷輥、自動切割線用毛氈、彎夾玻璃真空硅膠管、真空袋、玻璃吊夾等。On the other hand, the collection on a rotating cylinder is helpful to the process of electrospinning, and it is furthersome to get the ordered mats, otherwise, because the velocity of cylinder rotating is far less than that of nanofiber depositing, the rotation of cylinder has not the function of drawing
另外，採用輥筒收集有利於紡絲工藝的順利進行，而且輥筒收集能使纖維氈中的纖維較整齊排列，但輥筒的卷繞速度遠遠小於電紡絲速度，輥筒的旋轉不能起到拉伸的作用。Also, the pan mats are handed with heat treatment, preoxidation, carbonization. the heat treatment can enhance the strength of nanoflbers, and the mats deposited on the cylinder have luster by preoxidation and the diameter of nanofiber minish greatly after carbonization
對所得pan纖維氈作熱定型、預氧化及碳化處理，發現熱定型在一定程度上能提高纖維的強度，輥筒收集的預氧化纖維氈有一定光澤，而碳化后的單根纖維直徑大大減小。Automatic fiber placement ( fp ) is a new manufacture technique to produce the affordable composite materials. in fp process fiber is placed on the surfaces of the model by the press roller to form composite structure with low manufacture cost, high efficiency and good quality
自動鋪絲技術是一種新型復合材料低成本自動化製造技術，它是通過壓輥傳遞一定的正壓力將纖維鋪設在芯模曲面上形成復合材料殼體結構。Roller of refractory castable reinforced by stainless steel fibre
耐熱鋼纖維增強耐火澆注料爐輥It is shown that the excellent carding technology includes : reducing the weight and feed speed of the pp fiber lap, softening the co mbing action of the taker - in, increasing the transport ratio between the cylinder taker - in, increasing the transport ratio between the doffers, reducing the average combing period of the pp fibers and suitable take - in fillet
結果表明：紡制超細旦丙綸纖維時，應減低梳棉喂入量；減少刺輥分梳強度；增強錫林刺輥間的轉移能力；增加道夫轉移率；減少纖維的平均梳理時間並選擇適宜的針布等。分享友人