New technology, main raw materials used. product properties and operation of waterproof SBS rubber bitumen coating cold produced are described.
叙述了冷法生产sbs橡胶改性沥青防水涂料的工艺、所用主要原材料、产品性能、施工方法等。
DALWORTH Plant can be used for production of SBS modified asphalt, GTR (ground tire rubber) modified asphalt, GTR + SBS modified asphalt, emulsion asphalt and also SBS modified emulsion asphalt.
DALWORTH设备可用于生产sbs改性沥青，G TR改性沥青，GTR + SBS改性沥青，乳化沥青和SBS改性乳化沥青等等。
A method of measuring thermoplastic styrene-butadiene rubber SBS (simply called SBS) crumb sample's physical performance is introduced.
提出了一种测定热塑性丁苯橡胶(SBS)颗粒样品物理性能的制片方法。
This paper mainly studies to synthesize adhesive by graft modification of SBS/SIS block copolymer with rubber or acrylic acid and acrylic ester.
以SBS和SIS为基材，采用不同橡胶胶种、丙烯酸及其酯类单体进行接枝共聚合成胶粘剂。
The mostly used pressing binder in the manufacture of cemented carbide home and abroad, such as rubber, paraffin wax, PEG, SBS and so on is summarized in the paper.
总结介绍了目前国内外硬质合金生产中主要使用的几种成型剂：橡胶成型剂、石蜡成型剂、PEG、SBS高分子成型剂等。
Compared with other adhesives, SBS elastomer has both characteristics of plastics and rubber, which has good compatibility and adhesion to a variety of polymers.
与其他胶粘剂相比，SBS弹性体兼有塑料和橡胶双重特性，与多种聚合物具有良好的相容性和粘接效果。
By comparison with SBS and shoe rubber powder, the article points out that ultra-fine tyre rubber powder modified bitumen has good cost performance.
对超细轮胎胎面胶粉在沥青改性方面作了实验阶段的研究，并将其与SBS、细鞋胶粉进行比较，指出用超细轮胎胎面胶粉改性沥青有较好的性价比。
The asphalt modified by waster rubber powder has lower cost and better properties than those by SBS, and had vast range of prospects for the application in the superhighway.
用废胶粉改性的沥青，不仅价格低，而且性能优于SBS改性者，用于修建高速或高等级公路，具有良好前景。
The surface treating agent for rubber shoe sole was synthesized by grafting modification of CR/SBS with methyl methacrylate and acrylic acid.
探讨了粉煤灰的不同含量、粉煤灰的表面处理剂对粉煤灰/聚乙烯复合材料力学性能和流动性、耐热性的影响。
The surface treating agent for rubber shoe sole was synthesized by grafting modification of CR/SBS with methyl methacrylate and acrylic acid.
探讨了粉煤灰的不同含量、粉煤灰的表面处理剂对粉煤灰/聚乙烯复合材料力学性能和流动性、耐热性的影响。
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