Research on the Optimal Rotor Speed of the Mixing-Molding Integrative Machine

Abstract:

This article is targeted at different rotor configurations, using of laboratory experimental platform of existing small synchronous rotor of internal mixer, under consistent conditions of cooling water temperature, floating weight pressure, filling coefficient, along with the change of rotor speed, experimental study on five different rotor configurations. Through comparison of the experimental results, choose the best rotor speed, and for further experimental research to provide the optimal parameter selection basis, to ensure that the mixing performance of the mixing-molding integrative machine.

• Periodical: Key Engineering Materials (Volume 561)
• Pages: 307-312
• DOI: https://doi.org/10.4028/www.scientific.net/KEM.561.307
• Online since: July 2013
• Authors: Li Li, Shu Hua Sun, Zhen Lu Wang
• Keywords: Mixing, Molding, Rotor Configuration, Rotor Speed, Synchronous Rotor of Internal Mixer

References

[1] James, L.White. Development of Interal Mixer Technology of the Rubber Industry[J]. Rubb. Chem.Tech.,1992, 65(3):527-530

[2] L.Pomini. Intermashing Rotors with Variable Clearance to Mix Compounds[J]. KGK , 2001, 12:684-687

[3] J.S. Zhzo, C.S. Wang and B.Ji. Experimental Research on Synchronous Rotors, Synthetic Rubber Industry, 1997, 207-210

[4] Wang Chuansheng. The Theoretical and Experimental Research about Mixing Rubber in Synchronous Rotor Internal Mixer[D].BEIJING:Beijing University of Chemical Technology, 2000.

[5] Dieter Berkemeier. Mixing of Silica Compounds from the View of a Mixer Supplier[J]. Rubber World, 2001,7:34-39

[6] Lars I.Lattstrom. Impact of Maximum Rotor Control on Mixing[J]. Rubber World, 2004,7:19-37