Exported to Thailand! MX02 Lab Mixer for Welding Flux with 3-5L Reclaiming Capacity

Product Introduction

Many experimental materials in stage of mixing process demand an approximate homogeneity,which usually is on the basis of empirical values.With the higher demands to material quality and processing technology,it is impossible to resort to the empirical values.Given this,YECHUANG MT’s programmable control system is designed to help users to measure and log all the parameters(rotating speeds of mixing pan and tools,temperatures of the mix,power input into the mix etc.).When in operation,all machine parameters could be recorded and displayed on a digital touch screen.The user could repeat the same formula according to the recorded experimental data even in the same steps.

The mixer is operated via a touch screen and via additional pushbuttons easy to operate.

- The separation between material transport (by the mixing pan) and distributive and dispersive mixing (by the mixing tool) allows,in contrast to other mixing systems,the mixing tool to be run at variable speeds.

- The mixer itself is distinguished by a rotating inclined mixing pan,which transports the material to the mixing tool.

- Further more,it is possible to operate at varying speeds during one and the same mixing process.A higher power input and thus the higher input of shearing forces into the mix,is correlating with higher tool speeds.When ultrafine materials are used that trend to agglomerate,a higher input of shearing forces has a positive effect on disagglomeration and thus improves the mixing result.In most cases,agglomerates are not completely disintegrated in simple mixers,which causes huge variations in production quality.

Take water coal paste as an example,the CSIRO could show that with the suitable mixing technology by means of various speeds,the time for mixing water coal paste can be reduced from 10mins in a planetary mixer to 5mins (from adding coal granules on) .Interestingly,it was also possible to simulate the mixing quality of a planetary mixer in YECHUANG MT intensive mixer by mixing at a very slow tool speed (about 2.3m/s).

The example also demonstrated that a tool speed of approximately 10m/s yields an optimal slump flow.Based on the knowledge,several clients of YECHUANG MT are now using it’s intensive mixers with process data control for their research and development activities in diverse fields.Comparative studies with double-shaft mixers show that the wet mixing times can be reduced by half thanks to higher tool speeds.