TRL-C powder absorbing mixing and dispersing emulsifier

NegotiableUpdate on 10/12

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The working principle of TRL-C powder absorbing mixing and dispersing emulsifier is that the TRL-C system uses the high-speed rotation of a special rotor to generate a vacuum, which evenly sucks the powder into the working chamber and distributes it evenly in the rapidly flowing liquid flow. In the liquid flow, the powder is instantly completely wetted without producing agglomerates

Product Details

TRL-C powder absorbing mixing and dispersing emulsifier

working principle

The TRL-C system utilizes the high-speed rotation of a special rotor to generate a vacuum, which evenly draws the powder into the working chamber and distributes it evenly in a rapidly flowing liquid flow. In the liquid flow, the powder is instantly completely wetted without producing agglomerated lumps. Then the liquid and powder are passed through a high shear rotor structure to disperse any possible agglomerates, resulting in a completely wet and uniformly dispersed material.

structural characteristics

Greatly shortened production time and reduced production costs.
Integrating multiple production steps into one device reduces production processes and improves production techniques.
Dust free production process reduces powder loss and improves working environment.
Modular production process, which can be directly connected to liquid tanks, powder ton bags or hoppers.
No need for additional expensive vacuum powder conveying equipment

Technical Specifications

Note: The flow range in the table refers to the data measured when the medium is "water".
The viscosity and concentration changes of the material cause variations in flow rate and relative power.
This product has short-range feeding capability and requires high-level feeding; When the viscosity or solid content of the material causes abnormal feeding and transportation, a pressure or conveying pump must be selected to feed the material, and the pressure and flow rate of the conveying pump should be matched with the selected model.
The data in this table is subject to change without prior notice, and the correct parameters are based on the actual product provided.

Application features

Fine Chemicals: (pigments, adhesives, sealants, resin emulsions, fungicides, coagulants)
Petrochemical industry: (lubricating grease, diesel emulsification, asphalt modification, catalyst, paraffin emulsification)
Biopharmaceuticals: (injections, antibiotics, ointments, biologics, microencapsulated emulsified sugar coatings)
Paint and Ink: (Printing Ink, Latex Paint, Architectural Paint, Automotive Paint, Coating Additives)
Pesticides: (fungicides, seed coating agents, herbicides, pesticide emulsions, fertilizers, biopesticides)
Nanomaterials: (dispersion and depolymerization of nanomaterials, reaction extraction of nanomaterials)
Food industry: (fruit juice, jam, jelly, ice cream, dairy products, additives, tea beverages)
Daily chemical products: (detergent, shampoo, face cream, lipstick, facial cleanser, daily essence)
Paper making: (pulp, adhesive, rosin emulsion, papermaking additives, resin emulsion)