1) synergistic effect of rubber chemicals
橡胶助剂协同效应
2) rubber agent
橡胶助剂
1.
China is a big country of production,consumption rubber agent and it’s intermediate,But lagging technology and stringent environmental laws will give a strong impact to the development of China’s rubber agent.
我国是全球橡胶助剂及中间体主要生产国和消费国,但是落后的工艺技术和日趋严格的环境保护法出台给我国橡胶助剂业发展带来较大压力。
2.
The history and current situation of china rubber agents industry was briefly introduced in this paper the existing problems and development apportunities were analyzed; the suggestions were offered out to the development of the agents industry.
介绍了我国橡胶助剂工业的历史和现状 ,分析了存在的问题及发展机遇 ,并对我国橡胶助剂工业的发展提出建
3.
Some kinds of Russion representative rubber agents developed in recent years and its application in rubber-product industry were introduced in this paper.
重点介绍俄罗斯新研制的几种有代表性的橡胶助剂及其在制品行业中的应用。
4) rubber ingredients
橡胶助剂
1.
It can be greatly reduce consumption of energy and raw materials, and decrease contamination in terms of their sources, if we execute cleaner production project in rubber ingredients industry.
橡胶助剂行业污染大、能耗高,在该行业推行清洁生产可大大降低物耗和能耗,从源头消减污染。
2.
The development and application of rubber ingredients including vulcanizators, accelerators,antioxidants, plasticizers and modifiers in Russiawere reviewed with 20 references.
介绍了俄罗斯橡胶助剂的开发，以及橡胶助剂在橡胶工业制品中的作用和使用情况。
5) rubber chemicals
橡胶助剂
1.
In this article a review was made on the current situation and characteristics of the rubber industries in Jiangsu province, mainly introducing several rubber chemicals factories.
阐述了江苏省橡胶助剂工业现状和特点 ,重点分析省内几家助剂生产企业的情况。
6) rubber ingredient
橡胶助剂
1.
The status of promoters,antioxidants and other rubber ingredients in China was introduced and their consumptions by 2000 were forecasted.
介绍了国内橡胶制品用促进剂和防老剂及其他橡胶助剂的现状；预测了本世纪末各品种的消费量；并指出今后我国橡胶助剂生产及应用的发展方向。
补充资料：橡胶助剂协同效应
分子式：
CAS号：
性质：为增加橡胶助剂的功能效果、加工工艺的需求和延长产品的使用寿命等因素。在胶料配方中往往采用两种或两种以上的各类助剂，互相活化、互相配合达到叠加性的效应。如利用促进剂协同效应的优点可提高交联程度、缩短硫化时间、减少促进剂总量、降低成本。
CAS号：
性质：为增加橡胶助剂的功能效果、加工工艺的需求和延长产品的使用寿命等因素。在胶料配方中往往采用两种或两种以上的各类助剂，互相活化、互相配合达到叠加性的效应。如利用促进剂协同效应的优点可提高交联程度、缩短硫化时间、减少促进剂总量、降低成本。
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