1) rubber pig
混炼胶卷
2) CB scorch
A炼混炼胶
1.
CB scorch during mixing has great opposite influence on surface quality of automotive seals.
用K5密炼机进行A炼混炼胶,发现有表面不光滑现象,影响到密封零件的表面质量,并造成浪费。
3) mixed rubber
混炼胶
1.
It is studied that the main influence factors on adhesive strength of CR adhesives,including mixed rubber,solvent,resin etc.
研究了影响氯丁胶粘剂拉伸强度主要因素,探讨了混炼胶、溶剂、树脂等对氯丁胶粘剂拉伸粘接强度的影响。
2.
The thermal diffusivity of mixed rubbers at different mass fractions of N220 carbon were measured by the LFA 447 Nanoflash~(TM) instrument.
利用LFA 447 NanoflashTM型激光导热仪测定了填充不同含量N220炭黑混炼胶在25~60℃时的热扩散系数,研究了混炼胶的热物理性质,用于指导控制调节混炼机的辊筒温度;并用最小二乘法对实验数据进行回归,给出了相关的关联式。
3.
In order to improve the usability and precision of the model for predicting the viscosity of mixed rubber in mixer, a new predicting model using the nonlinear regression algorithm of Support Vector Machine (SVM) was proposed based on a single-mixer model and the prediction of the measured data was then carried out by the proposed model.
为了提高密炼机混炼胶粘度预测模型的可用性和精确度 ,在单台机模型的基础上用支持向量机 (SVM )非线性回归算法建立了一种新的基于SVM的混炼胶粘度预测模型 ,并采用此模型对实测数据进行了预测 。
4) mix
[英][mɪks] [美][mɪks]
混炼胶
1.
GMPLS model for mix quality prediction and dump control;
混炼胶质量预测和排胶控制的GMPLS模型研究
2.
Model for predicting mix quality based on multi-factors;
基于多因素的混炼胶质量预测模型
3.
Mathematic model for predicting mix dispersity in internal mixer;
密炼机混炼胶分散度预测数学模型的建立
5) Rubber Compound
混炼胶
1.
RKRLS and its application to modeling and prediction of rubber compound quality;
RKRLS及在混炼胶质量建模与预报中的应用研究
2.
The die swell behavior of two rubber compounds was predicted by this equation and a good agreement was shown between the values of B calculated and measured from the samples.
用此方程预测了混炼胶挤出膨胀行为,表明 B 的计算值与实测值较为接近,二者之间相对误差的绝对值小于4%。
3.
The extrusion rheological behavior of rubber compound was investigated in the range of apparent shear rate 50-1000s-1 at 90- 140°C, by Monsanto processability tester .
在90~140℃、表现切变速率为50~1000s~(-1)的条件下,用Monsanto加工性能试验机对混炼胶的挤出流变行为进行了测试。
6) compound
[英]['kɔmpaund] [美][kɑm'paUnd]
混炼胶
1.
Morphology study on elastomers reinforced by zinc dimethacrylate——Ⅰ. In compounds;
甲基丙烯酸锌增强弹性体的相态研究——Ⅰ.混炼胶料
2.
Preparation of high strength silicone rubber compounds;
高强度硅橡胶混炼胶的制备
3.
Stress relaxation characteristics of several kinds of rubber and their compounds used in tire tread
几种胎面用橡胶及其混炼胶的应力弛豫特性
补充资料:密炼机混炼
分子式:
CAS号:
性质: 现代橡胶工厂主要采用密胶机混炼。与开炼机相比,密炼机生产能力大,混炼时间短,生产效率高,操作安全,劳动量小。密炼机混炼的关键是控制好混炼温度,由于密炼机转速快(20~40r/min),胶料受剪切力与摩擦力很大,升温快,一般混炼排胶温度宜控制在100~130℃。密炼机混炼有一段混炼法和两段混炼法。一段混炼法是将生胶与配合剂分批加料,炼好后排胶,也可留少部分生胶及硫化剂在最后加入,混炼至排胶。两段混炼法是先用高速高压密炼机炼成生胶加炭黑和软化剂之类的母炼胶,排胶压片停放冷却后,再以低速密炼机或压片机加硫黄和促进剂完成混炼。两段混炼法的优点是显著提高混炼的均匀性,即提高硫化胶的物理性能,两段间的冷却可避免胶料焦烧,又可缩短混炼时间,提高生产效率。
CAS号:
性质: 现代橡胶工厂主要采用密胶机混炼。与开炼机相比,密炼机生产能力大,混炼时间短,生产效率高,操作安全,劳动量小。密炼机混炼的关键是控制好混炼温度,由于密炼机转速快(20~40r/min),胶料受剪切力与摩擦力很大,升温快,一般混炼排胶温度宜控制在100~130℃。密炼机混炼有一段混炼法和两段混炼法。一段混炼法是将生胶与配合剂分批加料,炼好后排胶,也可留少部分生胶及硫化剂在最后加入,混炼至排胶。两段混炼法是先用高速高压密炼机炼成生胶加炭黑和软化剂之类的母炼胶,排胶压片停放冷却后,再以低速密炼机或压片机加硫黄和促进剂完成混炼。两段混炼法的优点是显著提高混炼的均匀性,即提高硫化胶的物理性能,两段间的冷却可避免胶料焦烧,又可缩短混炼时间,提高生产效率。
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