Guidelines For Double Planetary Mixer

The double planetary mixer is a new type of high-efficiency non-dead point mixer. It has a unique and novel mixing method.

Double Planetary Mixer is a new type of dispersion equipment with high efficiency, complete functions, and compulsory mixing. The double planetary mixer consists of a geared motor, a planetary carrier, an agitator, a wall scraper, a barrel, a hydraulic lifting system, and a frame.

The double planetary mixer is also called the double planetary power mixer, which is mainly composed of a main engine, a sealing cover, a mixing tank, a stirring paddle, and a dispersing component.

A double planetary mixer is a multi-purpose piece of equipment with planetary attachments for whipping and blending. Not only do the blending blades spin along the vessel’s axis, but they also move in the opposite direction.

The double planetary mixers are not only used for construction but also serve many other purposes, such as the Mixing of dough, syrup jelly, ointment, etc.

The double planetary mixer is suitable for electronic electrode slurry, adhesive, mold glue, silicone sealant, polyurethane sealant, anaerobic glue, paint, ink, pigment, cosmetics, ointment, etc. aviation, medical, electronic, chemical, food, etc. Industry restrictions, building materials, pesticides, and other industries.

Having a reliable commercial mixer that can help create the highest-quality products that are feasible enough is known through the use of a double planetary mixer.

As you are growing in the proper direction, the double planetary mixer can add efficiency and streamline your support to your business here.

A double planetary mixer is also responsible in terms of replacing manual labor with the help of a mechanical system, allowing the production of continuous larger quantities of dough. It is how the double planetary mixer had evolved.

The performance feature of the double planetary mixer is that the tank can be heated by electricity, steam, water, and oil. The unique temperature detection device on the drive shaft ensures that the temperature error of the material is less than ±1°C, and the jacket, bottom jacket, inner coil, and deflector can be cooled; the revolution and rotation of the stirring paddle in the tank are controlled by frequency conversion.