What is a mixing machine?

Mixing Machine For Dye Mixing Machine Chemical Powder Liquid Belt Mixer can also be equipped with jacket for vessel. It can be heated, cooled or vacuumed in the jacket. The internal pressure of the jacket is less than 0.1 Mpa (the pressure can be customized). The two layers of threaded belt make the material convection to achieve the mixing effect quickly. There is a discharge valve in the middle of the bottom of the container. The drive part adopts a separation device, that is, the motor is connected with the reducer through a belt.

High viscosity mixers are mixers designed to mix materials through a laminar mixing process because the ingredients are so viscous that a turbulent mixed phase cannot be obtained at all, or without a lot of heat. , allowing any machine suitable for performing a wide range of mixing operations, including emulsification, homogenization, disintegration, dissolution, dispersion, mixing, particle size reduction and deagglomeration. Some products that may require laminar mixing in a high viscosity mixer include putties, chewing gum and soap. Final products typically start in the hundreds of thousands of centipoises and go up to several million centipoises.

Laboratory mixers are used to mix smaller quantities of material, typically up to 100 gallons (380 liters). Its type, size, speed, power and other parameters will affect the mixing effect of the stirring medium. Lab mixers can also handle solutions with viscosities up to 150,000 cps, depending on mixer torque, horsepower and speed.The drive motor of the laboratory mixer adopts a series-excited micro-motor with high power and compact structure, which has low noise and stable operation, and is suitable for experimental fields such as food, biology, pharmacy, physical and chemical analysis, and reagents.

Rapid mixing occurs when water is confined to the mixing hopper in a turbulent state and mixes with the bulk cement particles. Water is pumped through the manifold, while dry bulk cement is gravity loaded into the mixer's hopper. Under pressure, water is sprayed through orifice three nozzles into the mixing chamber at the bottom of the hopper. The turbulent water flow quickly mixes with the cement. The cement then flows through the discharge line into the mixing drum, which is located where the slurry is received from the mixer. The cement mixture is then pumped out of the mixing drum by a centrifugal pump, which delivers the cement into the pump's tank. The slurry can then be mixed to the desired density and other properties in the pump's storage tank and pumped to the wellhead and downhole.
Ideal for breweries and the beverage, dairy, personal care and biopharmaceutical industries, it effectively handles liquid mixing, gas dispersion, powder mixing and tank cleaning while reducing mixing time, energy consumption and cost.