Methods and results of research of the press extruder mixer-dosing unit

Author:

Konovalov V,Novikov V,Gretsov A,Mishanin A

Abstract

Abstract The article describes the design and technological scheme of the press-extruder mixer-dosing unit. The research of the dosing device for feeding the initial mixture into the press extruder is given. The results of the experiment were obtained as a result of realization of the experimental research plan. The equations of regression, which allow to determine the possibility of changing the amount of feed of the initial mixture into the press extruder and the power consumption depending on the design and regime parameters of the dozer, are given. Results of processing of models of power consumption and productivity depending on design and regime parameters are presented in the form of two-dimensional sections. Based on the results of the research and their analysis, the following methods of metering capacity adjustment and energy saving trends were determined.

Publisher

IOP Publishing

Subject

General Engineering

Reference15 articles.

1. To the question of dry mortars components mixed in various mixing units;Zagorodnjuk;Int. J. of Applied Engineering Research,2015

2. A novel experimental setup for characterization of polymer blends in single-screw extruders;Celik;AIP Conf. Proc.,2019

3. Simulation analysis of mixing effect of straight double paddle for rare earth extraction;Luo;Chinese Rare Earths,2015

4. Effect of powder densities, particle size and shape on mixture quality of binary food powder mixtures;Shenoy;Powder Technology,2015

5. Using a rod drum mill for graphenemasterbatch production;Zhumagalieva;AIP Conf. Proc.,2018

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