片语

rubber tread compound胎面胶

chloroprene rubber sheathing compound氯丁橡皮护套

rubber damping compound橡胶阻尼材料

rubber compound design橡胶配方设计

building rubber compound橡胶组合

silicone rubber compound硅橡胶复合物

silicone rubber with compound硅橡胶生胶

rubber bitumen sealing compound橡胶沥青封塞料

英汉例句

• the results showed that the mooney scorch time of rubber compound reduced as the addition level of reclaimed iir increased, but the physical properties changed little;

  结果表明，随着再生iir用量的增大，胶料的门尼焦烧时间逐渐缩短，物理性能变化不大；

• able to operate rubber compound equipments and test equipments.

  熟悉炼胶试验设备操作技能。

• product characteristics: it can improve tensile strength , tearing strength , elongation of rubber compound , and it has lower heating and high resilience.

  产品的性能与特点：可以提高胶料的拉伸强度，撕裂强度和伸长率，且生热销、弹性高。

• the results showed that the delayed vulcanization and the mechanical properties improved when asac was used in rubber compound instead of sac;

  结果表明，asac能明显改善sac的延迟硫化效应，提高填充胶料的力学性能；

• durable, cut resistant rubber compound translates into no downtime from flats or sidewall cuts resulting in a lower cost per hour.

  耐用，耐磨橡胶切到没有停机时间从单位或侧壁造成在更低的成本每小时削减化合物转化。

• a model for simulating the non newtonian flow of rubber compound in pin barrel extruder was established.

  建立了销钉机筒挤出机的非牛顿流体流动模型，并计算出压力场、流动场和螺桿的特性曲线。

• rubber outsole consists of a softer , tackier rubber compound designed specifically to provide ample traction in the wettest and slickest weather conditions .

  橡胶外底，粘性橡胶封口胶配方设计，提供特别充分的牵引力，特别适合潮湿光滑的环境使用。

• it showed that the silicone rubber gel can be controlled without structure-forming agent, and the physical and mechanical properties of the silicone rubber compound can be meet applications.

  说明不加结构控制剂的硅橡胶凝胶量是可控制的，这种胶料的物理机械性能可以满足使用要求。

• the formation of silicone rubber compound gel and its effect on the properties by peroxide as cross-linking agent and silica as reinforcing agent were investigated.

  采用过氧化物做交联剂，白碳黑做补强剂，研究了硅橡胶混炼胶凝胶量的形成以及对性能的影响。

• the effect of the mesh residue, ash and moisture contents on the physical properties of rubber compound was investigated.

  研究了炭黑中的筛余物、灰分和水分质量分数对胶料性能的影响。

• tft rubber compound – premium mining compound for high abrasion and cut resistance.

  tft橡胶化合物 -溢价高耐磨性和耐切割采矿复合。

• starting from the ground up, i used a high-traction rubber compound in the outsole together with a multidirectional herringbone design as the base.

  从地面开始在，上面我连同一个多方向的飞鱼鱼骨一起用了外底的一个高曳橡皮化合物如基础的设计。

• the test results showed that the scorch time of rubber compound ex tended by adding nano-zinc oxide, and the tensile strenght, abrasion resistance a nd aging property of its vulcanizate improved;

  试验结果表明，纳米氧化锌可延长胶料的焦烧时间，提高硫化胶的拉伸性能和耐磨性能，硫化胶的耐老化性能也较好；

• thermal blacks were once used as low cost rubber compound extenders in order to reduce the pound volume cost of the product.

  为了降低制品的磅体积成本，热裂炭黑曾用作低瘟胶斟的增鼍荆。

• the tire tread filled with silica had low rolling resistance and other advantages. but silica was difficult to disperse in rubber compound during mixing.

  以白炭黑作填充剂的轮胎具有滚动阻力低等优点，但是白炭黑在橡胶中不易分散。

• the influence of processing oil, antioxidant, curing system, processing aids and coupling agent on the rolling resistance of rubber compound is also briefly described.

  简要论述了操作油、防老化体系、硫化体系、操作助剂和偶联剂等的选择对胶料滚动阻力的影响。

• a mathematical model for predicting short die extrusion swell is presented which is preliminarily tested by using the experimental measured data of rubber compound in capillary extrusion.

  提出一预测短口型挤出胀大的数学模型，并引用混炼胶毛细管实验测量数据进行初步验证。

• the effects of different rotor configuration on carbon black dispersion and the mechanical properties of rubber compound were studied.

  主要研究了不同转子构型对炭黑分散性及胶料力学性能的影响。

• the flow of rubber compound in the screw channel was analyzed with the basic equation of the viscous fluid kinetics.

  应用粘性流体动力学基本方程，分析了聚合物物料在螺槽中的流动。

• the results showed that, by adding anti-reversion agent, the curing behaviour of rubber compound had an unmarked change;

  结果表明，添加抗硫化返原剂胶料硫化特性变化不明显；硫化返原速度，特别是过硫后的硫化返原速度大大降低；

• the application of low molecular weight trans 1,4 polyisoprene wax (lmtpiw) to rubber compound was investigated.

  研究了低相对分子质量反式1，4聚异戊二烯蜡（lmtpiw ）在橡胶配方中的应用。

• non-marking omni-grip rubber compound outsole with kinetic response.

  非标志着全握橡胶复合大底的动力学响应。