1) ultra-fine tyre rubber powder
超细轮胎胎面胶粉
1.
Trial test on use of ultra -fine tyre rubber powder in waterproofing membrane;
初探超细轮胎胎面胶粉在防水卷材中的应用
2) ground rubber tire
废轮胎胶粉
1.
Waste polypropylene/ground rubber tire/waste nylon short fiber composites Ⅰ.Formulation;
废聚丙烯/废轮胎胶粉/废尼龙短纤维复合材料 Ⅰ.配方
2.
Waste polypropylene/ground rubber tire/wastenylon 6 short fiber composites Ⅱ. Technique conditions;
废聚丙烯/废轮胎胶粉/废尼龙短纤维复合材料 Ⅱ.工艺条件
3) waste tire rubber powder
废轮胎胶粉
1.
The impact strength of the PVC composite filled with small size (120～180 μm) waste tire rubber powder could be high to be more than 60 kJ/m 2 , which was the double impact strength of the original PVC material while the tensile strength of the PVC composite was affected less.
采用新方法生产的废轮胎胶粉 (粒径 12 0～ 180 μm)作为增韧材料填充到聚氯乙烯 (PVC)中 ,以提高PVC材料的抗冲击性能。
2.
Mechanical properties of polyethylene(PE) /waste tire rubber powder (WTRP) blends were studied.
利用废轮胎胶粉(WTRP)填充改性聚乙烯(PE),研究了 PE/WTRP 共混体系的力学性能。
3.
The paper introduced the application of waste tire rubber powder modified asphalt mixture to Zhangshi Expressway construction.
目前,废轮胎胶粉改性沥青在我国的道路工程应用中还处于试验与研究阶段。
4) ground tire
废轮胎胶粉
1.
Application of De-link to waste propylene/ground tire composite;
橡胶再生剂De-link在废轮胎胶粉增韧废PP复合材料中的应用研究
2.
2 parts of adhesive and 6 parts of short fiber with the length of 8 mm were incorporated and ENR latex and PP graft maleic anhydride were used as compatibilizer,the short fiber showed a remarkable reinforcing effect and the tensile strength of waste PP/ground tire(GT) composite improved significantly.
当粘合剂用量为短纤维用量的２０％，短纤维长度为８ｍｍ，短纤维用量为６份时，环氧化天然胶乳和ＰＰ接枝马来酸酐增容处理废ＰＰ／废轮胎胶粉复合材料的拉伸强度有很大提高，短纤维起到了明显的增强效果。
3.
Ground tire were modified by chlorination,and the influences of solvent,reaction time,reaction temperature and the flow rate of chlorine on chlorination effect,as well as the properties and microstructure of ground tire/PVC blend were investigated.
对废轮胎胶粉进行氯化改性,考察溶剂、反应时间、反应温度和氯气流速对氯化效果的影响,研究氯化改性胶粉/PVC共混物的物理性能和微观结构。
5) waste tire powder
废轮胎胶粉
1.
A TG/DTG experiment was conducted to study the pyrolysis process of waste tire powder.
在TG/DTG实验研究的基础上,建立了废轮胎胶粉的热解动力学模型,得到了热解反应活化能和前指因子等参数,并采用积分法确定了热解失重速率函数f(α)在热解低温阶段和高温阶段的函数表达式。
2.
Experimental study of waste tire powder pyrolysis by TG/DTG and its comparison with Shenhua coal;
应用热重(TG)和微商热重(DTG)对废轮胎胶粉(74~250μm)的热解特性进行研究,并与神华煤粉的热解做了对比。
6) tire tread
轮胎胎面
1.
Application of styrene-butadiene rubber/organic montmorillonite nanocomposites synthesized by emulsion coprecipitated method in tire tread
乳液共沉法丁苯橡胶/有机蒙脱土纳米复合材料在轮胎胎面中的应用
补充资料：子午线活胎面轮胎
分子式：
CAS号：
性质：又称子午线活胎面轮胎。指用活胎面箍紧子午线轮胎胎体的充气轮胎。其胎面基部的增强帘线与胎面圆周平行排列。为了防止行驶中胎面因移动而滑脱，胎体冠部设计有若干凹槽。这种轮胎主要特点是胎面可拆卸，磨损后易于更换。
CAS号：
性质：又称子午线活胎面轮胎。指用活胎面箍紧子午线轮胎胎体的充气轮胎。其胎面基部的增强帘线与胎面圆周平行排列。为了防止行驶中胎面因移动而滑脱，胎体冠部设计有若干凹槽。这种轮胎主要特点是胎面可拆卸，磨损后易于更换。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条