The uses of inline mix pump
An emulsifying pump is a process equipment that efficiently, rapidly and uniformly loads one or more phases (liquid, solid, gas) into another immiscible continuous phase (usually liquid, solid, gas, powder). Generally, each phase is immiscible. After external energy input, the two materials will recombine into a uniform phase.
Emulsifying pump
Due to the high tangential speed brought by the high-speed rotation of the rotor and the powerful kinetic energy generated by the high-frequency mechanical effect, the material is subjected to a combined effect of strong mechanical and fluid shearing, centrifugal extrusion, liquid layer friction, collision tearing and turbulence in the narrow gap of the fixed rotor, and is affected by suspensions (solid/liquid) and emulsions (liquid/liquid).
Through the emulsifying pump, the imcompatible solid, liquid and gas phases are instantaneously and uniformly dispersed and emulsified under the combined action of the corresponding curing process and an appropriate amount of additives. After the repeated circulation of the high-frequency emulsifying pump, a stable and high-quality product is obtained. Different from the emulsifying head, the emulsifying pump is a linear device, while the emulsifying head is an submersible device. The emulsifying pump generates a certain amount of dust. It can convey over short distances and meet the requirements in terms of conveying performance.
The functional effects and applications of high shear inline mixer pump
The inline emulsifying pump is an emulsifying equipment for continuous production or circulating processing of fine materials. The emulsifying pump features low noise and stable operation, ensuring thorough dispersion of materials through shearing. It also has the function of short-distance and low-head transportation. The working principle of the emulsifying pump is to use an electric motor to make the intermediate shaft rotate at high speed, uniformly mixing two insoluble liquids, thereby achieving the effect of homogenization, dispersion and emulsification. Form a stable emulsion state.
At present, the application fields of linear emulsifying pumps are becoming increasingly extensive, and they are widely used in industries such as food, beverages, chemicals, biochemistry, petrochemicals, pigments, dyes, coatings, and pharmaceuticals.
The food industry includes chocolate, fruit syrup, mustard seeds, wood chip cookies, salad dressings, soft drinks, mango juice, tomato paste, sugar solutions, edible flavorings, and additives.
Daily chemical products include detergents, concentrated detergents, liquid detergents, various cosmetics and skin care products.
Biomedicine includes sugar coating, injections, antibiotics, protein dispersants and ointments.
Coatings and inks include latex paint, interior and exterior wall coatings, water-based and oil-based coatings, nano-coatings, coating additives, printing inks, textile dyes, and pigments.
Pesticides include insecticides, herbicides, medicinal skin care creams, pesticide adjuvants and fertilizers.
Fine chemicals include plastics, fillers, adhesives, resins, silicone oils, sealants, slurries, surfactants, carbon black, defoamers, brighteners, leather auxiliaries, coagulants, etc.
The petrochemical industry includes heavy oil emulsification, diesel emulsification and lubricating oil.
Nanomaterials include nano calcium carbonate, nano coatings and various nano material additives.
The emulsifying pump, homogenizer pump features a simple structure, small size, light weight, convenient operation, low noise and stable operation. Its production process integrates functions such as grinding media, dispersion, emulsification, homogenization, mixing, crushing and transportation.
