3-MPC010-Miniature-Positive-Displacement-Gear-Pump-With-40w-Integrated-Brushless-70w-Motor-2

MPB150 15L 5.4ml 316L stainless steel food grade Micro Magnetic drive Gear Pump

MPC010 316L stainless steel magnetically coulpled gear pump

2-MPB150-550W-Explosion-Proof-Motor-316L-Stainless-Steel-Micro-Magnetic-Drive-Gear-Pump

High Pressure Micro Gear Pump

High-pressure micro gear pumps from CHENHUI are designed for industries requiring precise fluid transfer under demanding conditions. With advanced magnetic drive technology, these pumps ensure a leak-free, durable solution capable of withstanding high pressures. Ideal for applications in the chemical, automotive, pharmaceutical, and water treatment industries, our pumps guarantee exceptional performance, energy efficiency, and long-lasting reliability.

Key Features of High Pressure Micro Gear Pumps

Magnetic Drive Technology: Eliminates mechanical seals, providing a leak-free solution and reducing maintenance.
High-Pressure Capability: Designed to handle pressures up to [maximum pressure] psi, making them perfect for demanding applications.
Compact & Efficient: Delivers powerful performance while maintaining a small, space-efficient design.
Durable Materials: Constructed from corrosion-resistant materials to withstand harsh chemicals and abrasive conditions.
Precise Fluid Control: Ensures accurate flow rates, making them ideal for applications requiring tight fluid control.
Energy Efficient: Minimizes energy consumption while maintaining high performance, reducing operational costs.

Get A Free Quote

PDF Download

Description of Micro Gear Pumps In High Pressure Applications

A magnetic drive micro gear pump can handle high pressure. The combination of the sealed system, precise gear design, and durable materials allows magnetic drive micro gear pumps to operate effectively under high pressure.

Sealed System: The magnetic drive mechanism eliminates the need for a mechanical seal, preventing leaks and reducing wear under high pressure. The magnets ensure a tight connection between the motor and the pump, allowing it to handle pressurized fluids without compromising performance.
No Direct Shaft: The absence of a direct shaft coupling means that the pump is less susceptible to issues like shaft distortion or wear, which can cause leaks and failure in high-pressure conditions.
Precise Gear Engagement: The gears in these pumps are designed to mesh precisely, creating a strong seal that allows for efficient fluid transfer even under high pressure.
Durable Materials: Magnetic drive pumps are typically made from materials that are resistant to wear, corrosion, and thermal expansion, which enhances their ability to handle high-pressure environments without failure.

Custom Magnetic Drive High Pressure Gear Pump From CHENHUI

The custom magnetic drive high pressure micro gear pump from CHENHUI is a versatile and reliable solution for high-pressure fluid transfer. These pumps use a magnetic coupling to eliminate seals, ensuring a leak-free and maintenance-friendly design.

Benefits of Magnetic Drive Technology

No Leakage: The magnetic coupling ensures that there are no seals, reducing the risk of fluid leakage and contamination.
Reduced Maintenance: Fewer parts in contact with fluids mean less wear and longer pump life.
Quiet Operation: Magnetic drives operate with minimal noise, which is an important consideration in noise-sensitive environments.

You can buy the pumps alone or as a pump and motor combination, giving you flexibility based on your needs. The pumps are customizable in terms of material, size, thread type, and flow rate, making them suitable for a wide range of applications.

Applications of High Pressue Micro Gear Fluid Pumps

Chemical Processing: Used for transferring aggressive chemicals under high pressure, ensuring safe and accurate fluid handling.
Oil and Gas: Ideal for high-pressure fuel transfer and lubrication systems where reliability is critical.
Pharmaceuticals and Medical Devices: Used for precise dosing of critical fluids in applications such as drug manufacturing or medical devices.
Automotive: For high-pressure systems in fuel injection and hydraulic applications.
Water Treatment: Employed in systems that require high-pressure water pumping and filtration.

Get A Free Quote Now

Products Categories

Micro Gear Pump With Motor

Micro Gear Pump

Get A Free Quote

FAQs

1. What is the Maximum Pressure for a Gear Pump?

The maximum pressure for a gear pump depends on its design and the materials used. Typically, gear pumps can handle pressures ranging from 1,000 psi (pounds per square inch) to 3,000 psi, with some specialized models reaching even higher. It’s essential to check the specifications of the gear pump you are using to ensure it operates within its rated pressure limit. Operating above the maximum pressure can damage the pump and reduce its lifespan.

2. How to Increase Pressure in a Gear Pump?

To increase the pressure in a gear pump, you can take several approaches:

Increase pump speed: Faster operation can result in higher pressure, but be cautious not to exceed the recommended RPM (rotations per minute).
Adjust the relief valve: A properly set relief valve can help increase pressure by limiting the flow and ensuring higher pressure levels.
Use a pump with a higher pressure rating: If you need a significant increase in pressure, it might be necessary to upgrade to a pump designed to handle higher pressures. Always ensure that the rest of the system components can handle the increased pressure to avoid damage.

3. What Are the Two Types of Gear Pumps?

There are two main types of gear pumps:

External Gear Pumps: These pumps have two interlocking gears that transfer fluid. They are widely used in industrial applications for pumping oil, chemicals, and other liquids.
Internal Gear Pumps: These pumps use one gear inside another. They are known for their smooth operation and ability to handle thicker fluids with high viscosity.

Both types are reliable but may vary in efficiency and suitability depending on the application.

4. Does a Gear Pump Need Priming?

Yes, gear pumps need to be primed before use, especially if the system has been idle or has air trapped inside. Priming ensures that the pump is filled with fluid to start the pumping process. Without priming, the pump could run dry, causing damage to the gears or even leading to pump failure. To prime a gear pump, you can manually fill it with the fluid or allow the pump to be self-priming if it is designed to do so.