Effect of Different Parking Time on Mixing Rubber’s Physical Properties in Two-Stage Mixing Process

Chuan Sheng Wang; Wei Wei Liu

doi:10.4028/www.scientific.net/KEM.561.380

Paper Titles

The Simulation of Rolling Lamination Forming for a Light Conveyor Base on ANSYS/LS-DYNA
p.357

Simulation Study for the Effect of Oil Viscosityon Performance of Full Metal Single Screw Pump
p.362

Simulation Study for the Effects of Clearance Volume on Full Metal Single Screw Pump Performance
p.368

The Design of Special Spatial Cam Mechanism for Extruder
p.374

Effect of Different Parking Time on Mixing Rubber’s Physical Properties in Two-Stage Mixing Process
p.380

Simulation Study for the Effects of Rotational Speed on Performance of Full Metal Single Screw Pump
p.384

Application of Numerical Simulation in Optimizing Rubber Injection Molding Process
p.390

Research on Fill Factor of Internal Mixers
p.395

Experimental Research on the Influence of the Open Mill Mixing Process Technological Parameters on the Mixing Quality
p.400

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Effect of Different Parking Time on Mixing Rubber’s Physical Properties in Two-Stage Mixing Process

Abstract:

One-stage mixing refers to put rubber and additions into the mixing room and make a cycle mixing process. Two-stage mixing refers to make another cycle mixing process to the compound which producted by the one-stage mixing process after parking a certain time.In this paper, traditional internal mixer’s two-stage mixing experiments under different parking time were studied and the experimental results were that the best parking time was 8 hours.