Cam Rotor Non-Clogging Drainage High Viscosity Rotor Pump

HTLB Cam Rotor Pump Non-Clogging Drainage Pump High Viscosity Rotor Pump

1. Overview

HTLB cam rotor pump / non-clogging drainage pump / high viscosity rotor pump can also be referred to as a positive displacement pump, rotary piston pump, or piston rotor pump. It is a valveless, positive displacement pump where the flow is directly proportional to the rotational speed. It can transport various viscous media, with compact structure, minimal shear force on the medium during transportation, stable operation, and low vibration.

2. Range of Application

HTLB cam rotor pumps / non-clogging drainage pumps / high viscosity rotor pumps are widely used for self-priming, gas-liquid mixing, slurry pumping, and other applications. They excel in handling corrosive, highly viscous, or pulsation-sensitive media. Reliable, energy-efficient, and robust, they are the primary features of this rotor pump.

3. HTLB Cam Rotor Pump / Non-Clogging Drainage Pump / High Viscosity Rotor Pump Features:

1. The pump has high self-priming capability and lift.
2. It can transport mixed media including gas, liquid, and solid.
3. It features high efficiency, low noise, minimal vibration, long operational life, flexible installation, easy maintenance, energy-saving, time-saving, and operates on a reasonable working principle.
4. Rotor pumps can be used to transport substances with very high viscosity, so they are also called colloid pumps.
5. The rotor design with coated rubber improves the permeability of the medium and will not clog.
6. The rotor pump can easily transport high-pressure media, such as 150 kgf/cm², suitable for long-distance or high-resistance quantitative transportation.
7. Reverse transportation: The direction of medium transportation can be changed by altering the rotor’s direction, useful in loading and unloading scenarios.
8. Intermediate isolation cavity, filled with lubricating oil, avoids oil pollution caused by the pumped medium.
9. Drive shaft: The shaft sleeve prevents corrosion, and the medium conveyed will not come into contact with the shaft.
10. Easy maintenance: It can be maintained on-site without disassembling the equipment by opening a cover to quickly replace flow components.

4. Use

• Daily Chemical Industry: AES, LAS, AOS, K12, glycerol, sorbitol, fatty alcohol, face foam, detergent, shower gel, shampoo, toothpaste, washing powder, etc.
• Fine Chemical Industry: Fuel, pigment, various intermediates, pastes, chemical auxiliary agents, leather auxiliary agents, silicone oil, adhesive, leather shoe glue, suspension, various colloidal materials, etc.
• Petrochemical Industry: Residual oil, gas, liquid, solid three-phase crude oil, sludge, asphalt, grease, lubricating oil, various catalysts, polyol, fiber paste, water coal paste, gasoline, diesel oil, jet fuel, etc.
• Paint: Paint, coating, ink, insulating paint, resin, auxiliary agent, organic solvent, etc.
• Food Industry: Chocolate, condensed milk, yogurt, honey, jam, ice cream, milk, yeast paste, meat paste, jelly, condiment, distiller grains, soybean protein, etc.
• Pharmaceutical Industry: Various ointments, extracts, pharmaceutical emulsions, pill pastes, syrup, health products, pharmaceuticals, etc.
• Paper Making: Pulp, adhesive, coating, polyacrylamide, calcium carbonate mixture, etc.
• Environmental Protection: Sewage, sludge agent, suspended matter, manure, fertilizer solution, etc.
• Fiber: Viscose paste, vinylon paste, acrylonitrile paste, spandex paste, polyester slice, polypropylene, artificial fiber, functional fiber, etc.

5. Performance Data

Attention please: The description might be incorrect, please contact us for confirmation.
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