Micro Pressure Regulator

MH: Professional Micro Pressure Regulator Supplier

XAC MH MACHINING CO., LTD. , established in 1955, is a leading backbone enterprise within China's aerospace industry. The company has successfully developed China's first aviation gyroscopic instrument, its first missile autopilot system, its first aviation attitude and navigation system, and its first aviation flight director system. OEM ultra-precision machining for Medical, Energy, Space, Defense, Semiconductor, Oil & Gas etc.

Why Choose Us

Advanced Equipment

We are equipped with hundreds of world-leading manufacture and testing equipment from Germany, Switzerland, the United States, and Japan, like six-axis, five-axis, and four-axis CNC machines, sets of Zeiss CMM, high-precision testing benches etc.

ODM/OEM Services

From refractory metal materials to precision functional components and radar system products, we accept ODM/OEM orders. We provide a one-stop service from design to processing to surface treatment.

Quality Certifications

MH is certified by international standards including AS9100, ISO14001, and ISO45001, and possesses a CNAS-accredited laboratory and a comprehensive quality control system.

Global Market

Our products are exported to countries and regions including Europe, the United States, Russia, and Japan. Our products enjoy an excellent reputation among our customers.

Types of Micro Pressure Regulator

The Micro Pressure Regulator Produced by Our Company Mainly Include the Following Types:

Air Pressure Regulator

In pneumatic systems, pressure regulators are used to regulate system pressure, ensuring equipment and pipelines operate at safe working pressures and preventing damage from excessive pressure.

Sampling Pressure Reducing Valve

Our sampling pressure-reducing valve is specifically designed for high-pressure water systems and is capable of stably regulating the inlet pressure.

Water Pressure Regulator

In water treatment systems, pressure regulators are used to precisely regulate system pressure, ensuring stable fluid flow and preventing damage to equipment from overpressure.

Water Pressure Reducing Valve

Our water pressure-reducing valve is designed specifically for various water supply systems and provides precise pressure reduction control.

Key Parameters

Product Type	Pressure Regulating Valve / Pressure Reducing Valve
Nominal Diameter (DN)	2 mm - 6mm
Working Medium	Water
Medium Temperature Range	40℃ ~ +80℃
Pressure Before Pressure Reduction	1.6 ~ 2.5 MPa
Pressure After Pressure Reduction	0.16 ~ 0.25 MPa
Flow Rate Range	100 ~ 1800 ml/min
Weight	<0.9 kg

Materials

Constructed from high-quality carbon steel, stainless steel, or aluminum alloy bodies, the unit features a lightweight structure and offers excellent corrosion resistance. Stainless steel internal components ensure stable pressure control and extend service life. NBR or fluororubber seals provide reliable sealing performance across a wide range of operating conditions.

Advantages of Micro Pressure Regulator

Pressure stabilization:

Ensures a steady output pressure for optimal system performance.

Enhanced safety:

Reduces the risk of overpressure, which can lead to system failures or hazards.

Extended equipment lifespan:

Protects components from excessive pressure, reducing wear and tear.

Cost efficiency:

Minimizes gas or liquid waste, leading to lower operational costs.

The Difference Between Micro Flow Regulators and Micro Pressure Regulators

The main difference between a flow regulator and pressure regulators lies in what they do in your irrigation system.

A flow regulator’s job is to control the amount of water flowing past through it. If there’s an excess in the amount of water coming through the system, the flow regulator closes its valve to reduce the water flow. Flow regulators are usually used in sprinkler systems.

On the other hand, the function of a pressure regulating is to maintain water pressure. As water flows upward and passes through the regulating valve, the valve compresses, thereby generating lower pressure as the water flows out.

6mm Fuel Vapor And Air Pressure Regulator

Application of Micro Pressure Regulator

Residential Use

In single-family homes, pressure regulators prevent pipe bursts and protect appliances. For instance, a family experiencing frequent leaks in an older home can install a regulator to maintain a safe PSI, significantly reducing water damage risks and repair costs.

Commercial Buildings

In offices, hotels, or restaurants, unregulated water pressure can lead to plumbing failures, costly downtime, and potential liability issues. A pressure regulator ensures consistent water flow, safeguarding equipment such as dishwashers, coffee machines, and commercial water heaters.

Municipal Water Supply

Municipal systems often deliver high-pressure water to meet demand across a city. Regulators installed at property entrances manage this pressure locally, preventing overloading internal plumbing systems and promoting conservation.

Industrial Applications

Factories and processing plants rely on precise water pressure for operations. Pressure regulators prevent equipment malfunctions, reduce maintenance costs, and maintain compliance with safety standards.

Micro Pressure Regulator Installation Requirements

Identify the installation point: Determine the most effective location for the air pressure regulator, typically at the air compressor's outlet or before the air enters specific tools or machinery.

Prepare the system: Before starting the installation, make sure the air supply is completely shut off to avoid any accidental discharge of compressed air.

Inspect the regulator: Before installation, inspect the air pressure regulator for any damage or defects to ensure it's in good working condition.

Connect the regulator: Tighten the connections securely, but be careful not to over-tighten and damage the threads.

Secure the regulator:

If the installation requires additional support, use the mounting brackets or clamps to secure the regulator firmly in place.

Check for leaks:

Once installed, slowly turn on the air supply and check all connections for leaks. Tighten any fittings as necessary to ensure airtight connections.

Adjust the pressure:

Monitor the system's pressure gauge to ensure it stabilizes at the set pressure.

Regular maintenance:

Check periodically for wear, leaks, or any signs of damage to ensure it continues to operate efficiently.

Customization Process

Communicate Needs

You can contact us via email at info@xacmfg.com to share your specific requirements, such as filtration grade, dimensions, or materials. This allows us to prepare an accurate quotation tailored to your needs.

Develop Solutions

Based on your requirements, we will create a customized solution and provide detailed design drawings along with a clear implementation plan.

Contract Confirmation

We will review the design plans and contract details together to ensure mutual understanding and agreement. This step guarantees clarity for both parties.

Manufacturing & Delivery

Once confirmed, we begin manufacturing and closely monitor progress to ensure timely production and delivery. This helps us maintain efficiency and meet deadlines.

Final Acceptance

We conduct a final acceptance inspection with you to confirm that the delivered products meet your quality standards and all technical specifications.

Ongoing Support

After delivery, we provide maintenance and technical support to ensure long-term reliability. This ensures your products consistently perform at their best.

Shipping and Delivery

productcate-1-1

Our Certifications

Our manufacturing and quality systems meet strict aerospace standards

FAQ

Q: Should I install a filter upstream of the regulator?

A: Yes. It is highly recommended that you install an appropriate system filter upstream of the miniature regulator to trap particulate matter before it reaches the precision internal valve seat.

Q: Where are water pressure regulators located?

A: If you have a water pressure regulator, you will usually find it where the main water line comes into the house. It’s typically located near the house shut-off valve. Look for a brass bell-shaped device sitting on top of the pipe.

Q: When to replace a water pressure regulator?

A: Though some regulators can last up to 10 years, they can fail after four or five years. If you notice any of the signs we talked about above, like fluctuating water pressures, loud noises in pipes, or leaks, it’s time to replace your regulator.

Q: How do water pressure reducing valves save on energy?

A: If a water pressure reducing valve can reduce consumption by 1/3, we automatically cut down on the amount of hot water we're using in lavatories and showers and, therefore, we automatically reduce the amount of energy required to heat that load.

Q: Why are there pressure regulators with piston or diaphragm control?

A: Piston control
A piston is a cylindrical metal component that is usually used to regulate a high control pressure that is too high for a diaphragm control. Pistons are also more resistant to damage caused by pressure surges.
Diaphragm control
The diaphragm is a large, flat disc made of plastic or metal, depending on the application. A diaphragm is normally used for low control pressure applications in spring-loaded pressure regulators and in all dome-loaded pressure regulators.

As one of the most professional pressure regulator manufacturers and suppliers in China, we're featured by quality products and good price. Please rest assured to wholesale high quality pressure regulator made in China here from our factory.

hydraulic pressure control valves, valves, pressure regulator control valve