The double helical gear drives the low axial force, which can automatically align, and the crankshaft operates smoothly without movement. The bearings have a long service life.

The engagement coefficient of the helical gear transmission ensures uniform power transmission, minimal impact on the gear teeth, and low operational noise of the equipment.

The deceleration mechanism is built into the housing. High compact integration of the structure, minimal space occupation.

Double helical direct drive, short power transmission line losses, low, overall pump performance is higher.

The drive input shaft can be directly connected to the oil mixing pump. Forced lubrication eliminates the need for additional motors.

The structure of the pulley drive is simple. Installation, maintenance, and adjustment are convenient.

The belt is elastic and can absorb the diffused impact of the pump. It runs smoothly with low vibration.

It has a certain function to prevent the shoe from overheating; when the pump is overloaded, you can avoid burning out the motor during belt pumping.

The structure is simple, and the maintenance is convenient. This is especially true for cases of prolonged use without supervision.

High integration, the motor is submerged in the upper part of the casing, and the entire pump only contacts the foundation with the box base, resulting in low equipment installation requirements.

The worm gear has a large single-stage speed ratio, a compact structure, and the equipment occupies a small area.

The worm gear transmission is stable, with low working noise and minimal vibration.

The deceleration mechanism is set up separately. The deceleration coefficient is flexible and variable according to different speed tracking requirements.

The layout is flexible. Horizontal parallel shafts, horizontal straight shafts, vertical and other reducers can be installed to fully utilize the space on site.

Thanks to the isolation of the deceleration mechanism and the clutch impact, the load effect on the drive motor with the reciprocating cycle of the pump is reduced.

The independent configuration of the reducer reduces the complexity of the pump's power end structure. It also simplifies equipment maintenance.

Using independent deceleration mechanisms. Protection against adverse effects of high load on the pump's crankshaft for the deceleration mechanism.

The multi-pump head design effectively reduces impulse, making it more suitable for high-pressure, high-flow applications, ensuring long-term stable operation.

The visible block structure allows direct replacement of the filler without disassembling the pump head and pipeline, significantly reducing maintenance costs for users.

Double bevel gears provide a very simple structure and maximum efficiency, minimizing the footprint and power consumption.

Depending on the working conditions, the paste should be produced using a high-pressure process with a diaphragm pump and multiple heads.

The pump employs a vertical structure of the reciprocating transmission components with a single rotating crankshaft driving the circular distribution.

The structure is simple, easy to process, and absolutely no leakage.

High load-bearing capacity, long service life, strong stability.

Convenient service; High mechanical efficiency. Low friction, energy saving, and environmental protection.

Multi-directional stereo installation. No spatial limitations, more suitable for marine platforms, oil and gas fields, etc.; It has a patent for invention, named "high-pressure multi-piston reciprocating pump" operating vertically.