Effects of Different Process Parameters on Rubber Mixing in Tandem Internal Mixer

Chuan Sheng Wang; Meng Zhang

doi:10.4028/www.scientific.net/KEM.561.186

Paper Titles

The Effect of AIREBO on Thermal Conductivity of EPDM Networks
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Thermal Conductivities and Mechanical Properties of EPDM Filled with Modified Carbon Nanotubes
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Finite-Element Analysis of Rotor in the Rubber Continuous Plasticator
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Analysis of the Energy Saving Methods in Tire Factory
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Effects of Different Process Parameters on Rubber Mixing in Tandem Internal Mixer
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Analysis of Deflection of Short Fiber Rubber Sheeting Mill Roll
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Coated Composite Crosstie Mold Structure Design Used for Experiment with Inventor, Moldflow and Ansys
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Modal Analysis of the Frame of YlJ Series Tire Uniformity Testing Machine
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Numerical Study of Boiler Feed Water Deoxygenation Using Hollow Fiber Membrane Contactor
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Effects of Different Process Parameters on Rubber Mixing in Tandem Internal Mixer

Abstract:

This article is based on cooling water temperature, mixing time and rotor speed of downstream mixer to study effects of different process parameters on rubber mixing in tandem internal mixer. The experimental results show that the cooling water temperature has an important significance to improve the mixing quality, and the best cooling water temperature is about 30°C. Mixing time must be strictly controlled and the best range of mixing time is about 80 ~ 90s. Rotor speed has an significant effect on the physical properties of rubber, and the best rotor speed is about 30r/min. There is an optimal fill factor, and the best fill factor is 0.35.