Rotary magnetic stirrerThe bottom device is used for mixing, which can be done in situations where there is a shortage of materials. The design of the mixing blades can be suitable for mixing and blending various media, allowing its excellent components to be interchangeable on different mixers. Replacing the mechanical seal of the transmission shaft with a welded isolation sleeve static seal can solve the leakage problem that cannot be solved by mechanical seals. It has a simple structure, low maintenance cost, easy disassembly, and easy cleaning. Through magnetic transmission, it is a non-contact torque transmission without a transmission shaft. The static seal of the isolation sleeve isolation method replaces the dynamic seal of the transmission shaft, which can solve the leakage problem that cannot be solved by mechanical seals. When it comes to the suction direction of the stirring impeller, the centrifugal force generated by the rotation of the impeller collides different media towards the tank wall in the form of radiation from the outer diameter of the impeller. After colliding with the tank wall, the liquid is sucked back down to the suction end of the impeller with the collision force and upward circulation. Under the thrust of the impeller, the stirring reaction continues to move and homogenize.

Mainly used in fields such as chemical synthesis, physical and chemical analysis, biopharmaceuticals, materials science, etc. To ensure accuracy, * electronic technology is adopted to improve temperature control precision, and * magnetic stirring technology is used,Rotary magnetic stirrerIt can be used for stirring solutions or using water circulation to improve water temperature uniformity. The equipment is easy to operate and safe to use. It is equipped with a programmable integrated voltage stabilizing and boosting circuit, ensuring stable speed and not affected by voltage fluctuations. The heater adopts a special molding process, immersion ring heating, and uniform heating. Suitable for experiments at the same temperature but different speeds, with a * insulation and heat dissipation system that can work for a long time at a high temperature of 90 degrees. The heating plate is made of aluminum alloy die-casting and coated with PTFE material on the outside, which has unique thermal conductivity, good resistance to cold and heat, and corrosion resistance; The overall molded casing and its convex surface design can effectively prevent liquid from accidentally overflowing and flowing into the interior during the mixing process.