3GCL Magnetic Screw PumpThe core working mechanism is based on the dual synergy of "magnetic coupling transmission" and "screw meshing conveying." Inside the pump body, the active magnetic rotor is connected to the motor, while the passive magnetic rotor is integrated with the screw assembly. Both are transmitted without contact through a sealing sleeve. As the motor drives the active magnetic rotor to rotate, the magnetic force drives the passive magnetic rotor to rotate synchronously, thereby propelling the continuous movement of the enclosed cavity formed by the screw and sleeve, ensuring smooth axial fluid conveyance.

This design eliminates the traditional mechanical sealing's contact transmission structure, resolving the leakage issue at its source. Simultaneously, the screw's progressive conveying characteristics ensure the fluid's smooth flow, effectively reducing pulsation and noise.

Performance Advantages:

Zero-leakage safety assurance is a significant highlight of the 3GCL magnetic drive screw pump. The isolation sleeve isolates the conveying medium from the outside, eliminating the risk of leakage even when transporting highly toxic, flammable, explosive, or strongly corrosive media. It is particularly suitable for industries such as chemicals and pharmaceuticals that have high requirements for safety and environmental protection.

2. The high-efficiency energy-saving features are also worth noting. The energy loss of magnetic drive is only 1/5 of traditional mechanical seals, combined with the volumetric conveying principle of screw pumps, its volumetric efficiency can reach over 90%, which is 15%-20% more energy-efficient than ordinary centrifugal pumps, significantly reducing energy consumption costs for enterprises over the long term.

3. High medium adaptability. Capable of stable conveyance for high viscosity fluids (such as resins, oils), slurry with fine particles, and volatile, crystallizing special mediums. It features a compact structure, small footprint, and requires no pipeline disassembly for maintenance, significantly reducing downtime.

Application Fields:

Petrochemicals
For oil field injection pump stations, oil refinery fuel transfer, and oil storage circulating pump systems, capable of transporting lubricating oils and other high-viscosity media.
Ship Engineering
As the core equipment for ballast water system, main engine lubricating oil supply, and cargo pump system, it supports double-suction horizontal installation and meets the requirements of marine hydraulic systems and fire water supply.
Industrial Systems
Stable in conveying within thermal power plant process cooling systems, ship's bilge water transport, and petrochemical industry oil storage systems, particularly suitable for the transportation of high-temperature (≤350℃) and high-viscosity liquids (bitumen, heavy fuel oil, etc.).
Energy Industry
Bear the functions of oil field water injection, oil refinery fuel transportation, and oil storage circulation pump; features corrosion and wear resistance, low operation vibration, and low noise.