The manufacture process was improved from the first cold bonding-post curing to primary cure by using the mold having chevron cell,and the adhesion strength between the chevron type of pattern and the belt body was improved,and the conveyance capability was significantly increased.
主要对人字形花纹输送带的结构及布局参数作了具体的介绍;制作工艺由起初的冷粘合二次硫化改进为在硫化机上加装人字花纹模具一次整体硫化,提高了花纹和带体间的粘合强度,明显地增加了输送带的输送量;该带的研制并投入使用具有较好的经济效益和社会效益。
The results showed that the adhesion strength between rubber compound and nylon cord improved and at the same time the formula cost decreased by using the proper fine inorganic fillers.
试验结果表明 ,合理使用细粒子无机填料可收到既明显提高胶料与锦纶纤维的粘合强度又大幅降低配方成本的双重效
30 HT ** TRU featured higher rupture strength and adhesion strength,and better rubber penetration when compared with 2+2×0 25HT.
3 0HT TRU钢丝帘线具有断裂强力和粘合强度高、橡胶渗透性能好等优点 ,以其为带束层骨架材料生产的轮胎抗磨损能力增强、轮胎的高速和耐久性能提高。
Comparative study on adhesive strength of three colloid materials and their complexes as bone adhesives
三种胶体材料及其复合物作为骨粘合剂的粘合强度比较
The adhesive strength between rubber and synthetic fiber texlile was increased effectively by chemically treating the surface of synthetic fiber and adding tackfier to the compound;As the fabric wrapped bladder was shaping,the sheet was symmetric,the joint elimated effectively stress concentration;The whole quality of the fabric wrapped bladder was increased by the new technology that was sh.
采用橡胶的共混技术设计出满足特殊要求 ,综合性能优良的胶料配方 ;通过对合成纤维表面进行化学处理 ,同时在胶料中加入增粘剂有效提高了橡胶与合成纤维织物的粘合强度 ;夹布胶囊成型时贴片对称 ,搭接头均布能有效地消除应力集中 :采用中温操作成型、高温硫化新工艺 ,提高了夹布胶囊的整体质量。
machancial properties and adhesive strength with aluminum alloy of methylvinyl-siliconerubber was studied.
研究了硅烷偶联剂A－172、A－151和A－189对甲基乙烯基硅橡胶的硫化特性、硫化胶的力学性能以及硅橡胶与合金铝剪切粘合强度的影响。
The effect of MC 23 cobalt boracyl (cobalt content,23%) level on the adhesion between rubber and steel cord was investigated in the following basic formula:NR 100.
结果表明，随着钴盐用量的增大，在未老化、热空气老化及盐水老化条件下，胶料与钢丝的粘合强度有所提高；在湿热老化条件下，粘合强度由于热量和湿气的交互作用而发生较大幅度的下降，但钴盐用量在１０份时粘合强度的下降为最小。
The adhesion amo.
在实验生产线上我们探讨了接枝马来酸酐含量、加工温度、生产周期或产量(挤出速度)及粘合树脂厚度与粘接强度的关系；进一步分析了产品结构如HDPE厚薄及EVOH在结构中的位置等对粘合剥离强度的影响；讨论了粘合树脂与粘合强度老化性能，即粘合强度随燃油浸泡时间长短的变化关系。
Microstructure and bond strength of the interface formed between titanium and steel bv diffusion;
钛-钢扩散复合界面组织与结合强度
Study on bond strength of several precious alloys and Ni - Cr alloys to porcelain;
不同种类贵金属合金与镍铬合金的金瓷结合强度分析
Study on the Effect of Gold-Porcelain Blended Layer on Bond Strength of Porcelain Fused to Ni-Cr Alloy;
金瓷混合涂层对镍铬合金基底烤瓷冠金瓷结合强度影响的研究
Flat belts--Determination of ply adhesion
GB/T6760-1986平带的层间粘合强度测定方法
V-belt--Cord adhesion test method
GB/T3688-1998V带线绳粘合强度试验方法
adhesion testing methods for vulcanized rubber
硫化橡胶粘合强度的测定
Method of test for adhesive strength of sizes
GB/T1742-1979胶液粘合强度测定法
Corrugated fibreboard-Determination of pyl adhesive strength
GB/T6548-1998瓦楞纸板粘合强度的测定法
V belts-Determination of ply adhesion
GB/T3687-1989V带的层间粘合强度测定方法
Comparative study on adhesive strength of three colloid materials and their complexes as bone adhesives
三种胶体材料及其复合物作为骨粘合剂的粘合强度比较
Rubber and plastics-Analysis of multi-peak traces obtained in determinations of tear strength and adhesion strength
GB/T12833-1991橡胶和塑料撕裂强度及粘合强度多峰曲线的分析方法
Conveyor belts--Determination of ply adhesion
GB/T6759-1986输送带的层间粘合强度测定方法
Rubber and plastics hose--Determination of adhesion between components
GB/T14905-1994橡胶和塑料软管各层间粘合强度测定
Steel cord conveyor belts-Cable-to-coating bond test
GB/T5755-1986钢丝绳芯输送带钢丝绳粘合强度的测定
" Rubber, vulcanized-Determination of adhesion to metal-Tension method"
GB/T11211-1989硫化橡胶与金属粘合强度的测定拉伸法
" Rubber, vulcanized--Determination of adhesion to single wire--Pull out test"
GB/T3513-1983橡胶与单根钢丝粘合强度的测定抽出法
Studies on Multi-Layer Automotive Plastics Fuel Tank Production and Adhesion Behavior;
多层共挤汽车塑料油箱的生产及粘合强度探讨
testing method for adhesion and bonding strength of geo composites
土工复合材料的粘合及粘结强度试验法
Synthesis and Properties Research of the UPR with Low Viscosity and High Strength
低粘度、高强度UPR的合成与性能研究
Gullibility: Measure of speed of paper adhesive bonding and its strength.
胶粘性能:胶粘剂对纸品的粘合速度和强度的能力。
The freezing point of the modified bone glue produced by this technics is very low and the adhesive strength is very high.
所得到的改性骨胶粘合剂凝固点低 ,粘结强度高