the stability of mix quality is improved by combining the temperature control with the instantaneous power control using mlj 300 computer aided internal mixer control system.
以mlj 30 0密炼机微机智能控制系统为工具,采用瞬时功率与温度综合控制方法控制混炼过程,大大提高了混炼胶质量的稳定性。
the essence of the instantaneous power control in internal mixer is to control the viscosity of mixing material.
密炼机瞬时功率控制的实质是控制混炼物料的粘度。
this is because the performance of the internal mixer is related to the quality of mixed stock, and also to the performance and longevity of production.
因为密炼机性能的好坏直接影响到混炼胶的质量,也关联着制品的使用性能和寿命。
the main work and achievement of this dissertation are as follows:1 the author collected a vast amount of domestic and oversea literatures and analyzed theories of internal mixer rotors designing .
本人查阅了大量关于密炼机及其转子的混炼机理、混炼理论以及实验研究的文献,并对密炼机转子的设计理论进行了研究。
therefore, the study on new types of synchronous internal mixer and those of rotors will be of theoretical and practical value.
因此,开展对新型同步转子密炼机的研究实际上就是对新型同步转子的研究。
the rubber-mixing quality and efficiency of the internal mixer can be increased.
本实用新型可以提高密炼机炼胶的质量和效率。
the comparative tests of the pinrotor with conventional two blade rotor in a domestic internal mixer were reported.
本文介绍了在国产密炼机上采用销钉转子和普通二棱转子进行对比试验的情况。
one vibration internal mixer is introduced.
介绍了振动共混转矩流变仪。
the results showed that the elevated mixing temperature and the internal mixer were beneficial to improve the dispersibility of nano-zno;
结果表明,提高混炼温度,采用密炼机混炼,对提高分散性有利;
this paper builds a regression model for predicting scorch life using technology process parameter. it can predict the scorch life of rubber mixture in internal mixer produces.
建立了焦烧时间与工艺过程参数的数学模型,可实现对密炼机生产的混炼胶焦烧进行预测。
a new physical significance of power graph in rubber mixing process was given based on the rheological theories in internal mixer and in rubber mixing.
根据密炼机流变理论和橡胶混炼流变理论,赋予混炼过程功率曲线新的物理意义。
a novel vibration internal mixer was made from the conventional internal mixer through parallel superposition of vibration on steady shear.
在传统转矩流变仪上叠加机械振动制成了振动共混流变仪。
in such cases, where a small number of very large volume compounds is mixed, large equipment, such as an internal mixer is suitable since it is capable of mixing large-size batches in short times.
混炼几种体积量很大的配方的情况下,需要很大的设备,比如说密炼机,因为它可以在短时间内混炼一大批的物料。
in this paper, the selection of optimal filled coefficient of internal mixer and its effect on mixing process are discussed.
主要论述了密炼机最佳填充系数的概念及如何选择问题 ,重点分析了填充系数对混炼过程的影响 。