How Double Planetary Mixers Benefit the Chemical Manufacturing Industry

Perfectly homogeneous mixing is often the name of the game in chemical manufacturing, especially when dealing with difficult materials. At SHANGHAI RUMI, we offer advanced mixers critical to today's efficient production. Of these, the double planetary mixer is particularly versatile, capable of processing a wide variety of difficult to handle products ranging from high viscosity paste for cosmetic preparations to sensitive chemical formulation.

Versatility for Complex Formulations

Versatility is the strength of double planetary mixers. It is particularly advantageous in handling materials from very low to extremely high viscosity. This is what makes it an essential tool for our customers in adhesives, sealants and inks among others. Whether the powders need to dissolve, react or simply be kneaded together, this mixer’s strong mechanical action makes certain that even near-inert powders are completely dispersed and hydrated for perfect, bubble-free mix every time.

Precision Engineering for Consistent Quality

When it comes to chemical production, there's no such thing as being "approximately" uniform. Rumi double planetary mixers are made for control and reproducibility. In exothermic reaction or temperature-sensitive application, the tank jacket can be optional so as to control the temperature effectively. In addition, the entire process may be conducted under a vacuum a valuable aspect to de-aerate the slurry. Extracting gas trapped avoids bubble in the final product, improve physical properties and guarantee a denser more consistent laying for higher performance uses.

A Key to Integrated Production Solutions

At Rumi, we take it as our mission to consider our double planetary mixers not as single machines but rather as full part of a production line. They can be easily connected to our other machinery, such as dispersion and filling equipment, for an automated operation. Even more so, this allows the full-service supplier from engineering design over equipment fabrication to installation to provide a mixer that perfectly fits the individual chemical process; maximises overall plant productivity and empowers manufacturers to be above the competition.