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- waste rubber composite 废胶粉基复合材料
- The processing and rheological properties of waste rubber powder(WRP)and activated WRP(AWRP)compounds were studied. 研究了胶粉及活化胶粉胶料的加工流变性能。
- Wearproof of GF ( glass fiber ) reinforced rubber composite was made with mill -mixing in solid state was study. 采用干法混炼工艺研究玻璃纤维增强橡胶复合材料的耐磨性。
- The immersion suit is made of CR material of double-sides chloroprene rubber composite cloth and is divided into wet and dry two types. 潜水服由氯丁发泡橡胶双面复合美加布的CR材料制造。分湿式和干式两种。
- The waste butyl rubber can be mainly reclaimed by the use of regenerated rubber and waste rubber powder or activated waste rubber powder. 再生胶、胶粉及活化胶粉是废丁基橡胶回收利用的主要途径和方法,其中再生胶应用效果最好。
- The effects of blend loading and particle size of waste rubber powder on the rheological and mechanical properties of SBR compounds were investigated . 研究了废橡胶胶扮掺混量和粒度对度胶粉/SBR纯胶胶料和废胶粉/SBR炭黑胶料的流变性能和力学性能的影响。
- The polyhedral oligomeric silsesquioxane/silicone rubber composite was prepared by melt blending method through Haake inner mixer. 采用熔体共混法制备了笼型硅氧烷齐聚物(POSS)/硅橡胶复合材料。
- The mill can be used break waste rubber products.It can also be used to break natural and synthetic rubber block in the medium-sized or small rubber products factories. 本机可破碎废旧橡胶制品,亦可供中小型橡胶制品厂对天然合成生胶块作破碎作业。
- The results showed that GF can provide wearproof of the rubber composite, and relation wearproof and tensile strength,hardness of the rubber composite was linear. 结果表明,玻璃纤维的加入可提高橡胶的耐磨性,并且橡胶的耐磨性与强度和硬度具有线性关系。
- The shell modification theory of waste rubber powder(WRP),including the shape of the interim layer structure between WRP and the matrix and its formation mechanism,was studied. 研究了胶粉的壳改性理论,即胶粉-基质胶间合理过渡层交联结构及形成机理。
- Waste rubber is turned to fine rubber powder through freezing and pulverizing at low temperature of refrigeration by an advanced air turbine system.This method is called as ATCG method. 利用先进的空气涡轮制冷系统,在低温条件下,将废旧橡胶进行冷冻、粉碎,制成60目以上细度的精细胶粉,此法简称ATCG法。
- The recovery and utilization of waste rubber is discussed in this paper.The cryogenic comminution technology has the advantages of less pollution, low power consumption, etc. and is widely used. 摘要论述了废旧橡胶的回收利用技术,其中低温粉碎技术具有污染小、动力消耗低等优点,在粉碎橡胶中得到了广泛的应用。
- The paper puts forward the problem on how to free environment from waste rubber pollution and how to make multipurpose use of the waste rubbers. 提出了对于铁路产生的废橡胶如何防止污染环境及综合利用的问题;
- Measurements of the heat capacity of steel-belted tire rubber composites were performed with Differential Scanning Calorimeter(DSC). 利用差式扫描量热法(DSC)对半钢子午线轮胎各部位胶料的比热进行了测试。
- Measurements of the heat capacity of steel-belted tire rubber composites were performed with Differential Scanning Calorimeter (DSC). 摘要利用差式扫描量热法(DSC)对半钢子午线轮胎各部位胶料的比热进行了测试。
- We also studied The mechanical properties of three kinds of fiber(carbon nano-tubes 、modified fibrillar silicate and PA66 fiber/NBR rubber composites. 本文还研究了改性针状硅酸盐(PAT)与尼龙66短纤维(PA66)在氯丁橡胶(CR)中的并用情况和复合材料的各向异性。
- For the purpose of comprehensive use waste rubbers can be regenerated, rubber powder or grains can be manufactured from waste rubbers and tyres can be retreaded. 阐述了综合利用的方法,即可以采用生产再生胶、制造胶粉或胶粒、翻新轮胎、作增强材料和填充料以及用作燃料;
- STRENGTH RESEARCH OF FLEXIBLE RUBBER COMPOSITE TUBE 橡胶复合材料软管的强度研究
- fiber reinforced rubber composite 纤维增强橡胶复合材料
- The graphitized carbon black/chlorinated butyl rubber composites were prepared by blending method and their tensile,conductive and dielectric properties were characterized. 通过共混法制备了导电炭黑/氯化丁基橡胶复合材料,研究了复合材料的拉伸性能与导电、介电性能。