Butyl rubber which contains about 1% chlorine.
含约1%氯的丁基橡胶。
Obtained by chlorination of butyl rubber in hexane solution.
由丁基橡胶在己烷溶液中氯化制得。
In developed countries, almost all tubeless tire made of butyl rubber.
在发达国家，轮胎内胎几乎已全部由丁基橡胶制成。
Its main material is the corners, butyl rubber, plastic, desiccant and sulfur.
其主要材料是铝间隔条、弯角栓、丁基橡胶、聚硫胶、干燥剂。
The rubber matrix can be styrene butadiene rubber matrix or butyl rubber matrix.
其中的橡胶基体可以为丁苯橡胶基体或丁基橡胶基体。
Through these the rubber may be vulcanized more readily than normal butyl rubber.
这种橡胶通过烯丙基氯可以比一般丁基橡胶更容易硫化。
Sulphur and compounds made from this process: i. e. Latex gloves, neoprene and butyl rubber.
制造过程中产生的硫及其化合物，如：橡胶手套、氯丁橡胶和丁基橡胶。
After all, gum's made from butyl rubber, the same stuff that goes into tires and basketballs.
毕竟，口香糖由丁基橡胶制成，丁基橡胶也是制作轮胎和篮球的材料。
METHODS Halogenated butyl rubber stopper for injection was researched on different temperatures.
方法对注射液用卤化丁基橡胶塞在不同的温度下进行试验。
Its main materials are glass, aluminum stripes, butyl rubber, structural adhesive and desiccant.
其主要材料是玻璃、铝间隔条、弯角栓、丁基橡胶、结构胶、干燥剂。
A butyl rubber based adhesive for hot melt application as sealant for cavity-glass was prepared.
采用丁基橡胶研制了用于中空玻璃单道密封的热熔胶。
The tall profile cone surrounds are of butyl rubber to allow greater excursion, and therefore higher output.
高轮廓的音盆环绕设备采用丁基橡胶以允许更大偏差，因而产生更大输出。
Butyl rubber closures had replaced of natural rubber closures and had been applied in pharmaceutical packaging.
丁基胶塞已经逐步取代天然胶塞，在药品包装行业广泛应用。
Nonstandard butyl rubber adhesive will bring about problem on tightness so as to cause potential safety hazard.
丁基胶打胶不合格会导致玻璃密封出现问题，存在很大的安全隐患。
OBJECTIVE to investigate the effect of butyl rubber stopper on the stability of procaine hydrochloride injection.
目的研究丁基橡胶塞对普鲁卡因注射液稳定性的影响。
The paper discussed the effect of test conditions on measurement result of oxidables of butyl rubber bottle stoppers.
讨论试验条件对丁基橡胶抗生素瓶塞易氧化物测定结果的影响。
In this paper, absorbed dose, dose rate, and pretreatment methods on properties of reclaimed butyl rubber are studied.
本文研究了吸收剂量，剂量率和预处理方法对再生丁基胶物理性能的影响。
The market status, demands and applications of butyl rubber are analyzed, the market prospect in domestic is predicted.
对丁基橡胶市场、需求、应用情况进行分析，并对国内的市场前景进行了预测。
OBJECTIVE: to discuss the necessity of clearing the pharmaceutical butyl rubber stoppers for infusion bottles before use.
目的：探讨免洗丁基橡胶输液瓶塞使用前是否需要清洗。
The adhesive elastic material layer arranged between the restricting layer and the thermo-cured reinforcing layer is made of butyl rubber.
在约束层和热固化加强层之间有丁基胶的粘弹性材料层。
The results showed that the properties of 4 kinds of butyl rubber are similar, and IIR-1751 can absolutely be used to make inner tube of tyre.
结果表明，4种丁基橡胶产品的性能基本相当，IIR- 1751完全可以用于生产轮胎内胎。
This article introduces the major manufacturers and the major production methods of butyl rubber and halogenated butyl rubber at home and abroad.
本文介绍了丁基橡胶和卤化丁基橡胶国内外主要生产厂家及生产方法。
This paper presents our study on the effect of fillers on mechanical damping of chlorinated butyl rubber above its glass transition temperature, Tg.
本文研究了填料对氯化丁基橡胶在玻璃化转变温度以上的温度范围里的力学阻尼行为的影响。
Melt flow properties and mechanical properties of sulfonated butyl rubber ionomers neutralized by different metallic cations and amines were studied.
研究了不同金属离子及胺中和的磺化丁基橡胶离聚体的熔融流动性及力学性能。
But now the compatibility between butyl rubber closures and drugs has not been solved, and the analysis methods for butyl rubber closures are limited.
但是目前丁基胶塞与药物的相容性问题仍未得到很好的解决，分析丁基胶塞的方法也很有限。
The present paper has prepared the butyl rubber sealant, and through changes padding to fill in completely studies the sealant each physical performance.
本论文制备了丁基橡胶密封胶，并通过改变其中的填料的填充量来研究密封胶的各种物理性能。
On the base of nature rubber tube produce, from the year 2006, we are indraught Taiwan technology and begin to produce butyl rubber tube and tire products.
从2006年开始，公司在生产天然胶内胎的同时，开始大力引进台湾技术并且开发生产丁基胶内胎和轮胎产品。
RESULTS AND CONCLUSION 1. The more higher the temperature was, the more unsolvable particles separate from the halogenated butyl rubber stopper for injection.
结果与结论1。试验温度越高，注射液用卤化丁基橡胶塞的不溶性微粒脱落就越多。
RESULTS AND CONCLUSION 1. The more higher the temperature was, the more unsolvable particles separate from the halogenated butyl rubber stopper for injection.
结果与结论1。试验温度越高，注射液用卤化丁基橡胶塞的不溶性微粒脱落就越多。
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