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— OUR PRODUCTS —
CME FLUID SYSTEM SOLUTIONS AND RELATED EQUIPMENTS
CME offers a comprehensive range of high-quality fluid pumping equipment, valve solutions, and integrated system solutions to ensure the smooth and reliable operation of your fluid transport.
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Our fluid system solutions cater to clients in over 30 countries around the world.
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— OUR COMPETITIVE ADVANTAGE —
WHY CHOOSE CME
CME provide a complete fluid system solution and a hassle-free procurement experience. As your professional fluid system solutions partner, we offer more than just products. Our value lies in our robust technical support, rigorous quality control, one-stop system procurement, and seamless logistics support. We are committed to making your success easier by providing reliable equipment and unparalleled service, all from a single, accountable source - CME.
Industry Experience
We are a leading Chinese supplier of high-quality fluid system solutions and integrated system solutions for over 25 years. We have a sound QMS.
Our vision is to become your trusted long-term partner for smart fluid solutions and to help you build and sustain a competitive advantage.
Reliable Quality Control
Our professional team provides strict quality control and detailed reports—from initial inspections to final pre-shipment checks.
We will rigorously ensure the quality of every product on your behalf, saving you the time and expenses associated with international travel and frequent commutes between different factories.
One-Stop Procurement
We passess an extensive and reliable supply chain network for fluid system support products in China, This enables us to provide integrated system solutions and one-stop procurement services, saving you the time spent on multiple enquiries and enhancing your competitiveness in project bidding.
End-to-End Efficient Solutions
We not only provide one-stop procurement for you, but also manage all product after-sales services, sparing you the hassle of coordinating with multiple suppliers. Additionally, considering international shipping times, we offer an extended warranty period that adds an extra 6 months to the standard factory warranty.
25 +
Industry Experience
200 +
Product Line
30 +
Service Countries
5000 +
Service Projects
ABOUT US
Hunan CME Fluid System Solutions
CME as a member of Create Industry Group, has been a leading Chinese supplier of high-quality fluid system products and integrated system solutions for over 25 years. As a trusted supplier to numerous renowned enterprises globally, our products are widely used in petrochemicals, seawater desalination, power plants, mining, chemical engineering, drinking water, sewage, and industrial circulating water systems.
REPRESENTATIVE CLIENTS
LATEST NEWS
LATEST NEWS
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Core Requirements of API Pumps
The core requirements of API pumps focus on high reliability, long service life, and safety. Their design, materials, and testing standards exceed those of ordinary industrial pumps. These requirements make API pumps particularly suitable for high-temperature, high-pressure, high-speed, and hazardous media applications. However, they also result in higher costs and may not meet the energy efficiency standards of general water pumps (e.g., GB 19762).
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Key Applications of Pumps and Valves in the Oil Industry
As key fluid transportation and control equipment in the petroleum industry, pumps and valves play a critical role—from upstream exploration and production, to midstream storage and transportation, and downstream refining. Whether handling crude oil, refined products, clean water, wastewater, or even mud and other various media, all rely on specially designed pumps and valves.
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荐 Analysis of the working principle and maintenance points of mud pumps
The mud pump is the "heart" of oil drilling, delivering high-pressure coolant to drill bits and cleaning the wellbore. Piston pumps and plunger pumps each have their own functions, and daily maintenance should be cautious of five major failure points such as couplings and balance devices. Proper warm-up operations and regular rotation of the pump shaft can extend its lifespan.
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What is variable flow constant pressure, constant flow variable pressure, and variable flow variable pressure, and how are their functions achieved?
Variable constant pressure, constant flow variable pressure, and variable flow variable pressure primarily refer to the state of flow and pressure detected at the equipment's water outlet. Here, "variable" indicates change, "constant" indicates stability.
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How to reduce the volumetric loss of a self-balancing multistage pump and improve operational efficiency?
The method and steps to reduce volumetric loss and improve operational efficiency of the Self-Balancing® multistage pump: (1) Reduce leakage loss within the Self-Balancing multistage pump, improve the machining accuracy and assembly quality of parts, decrease the radial clearance between the balance disc front throttle sleeve and the impeller's front and rear sealing rings as well as the guide vane sealing rings, and reduce pressure energy loss caused by liquid leakage from the high-pressure sid
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Calculation method and selection guide for on-site flow and head parameters of circulating water pumps
In heating, industrial circulating water systems, and other systems, the flow rate and head of the circulating water pump are key parameters that determine the operating efficiency of the system. Correct calculation of these two parameters and reasonable selection directly affect energy consumption control, equipment lifespan, and system stability.
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What Does the "Stage" Represent in a Multistage Centrifugal Pump and Its Role?
In a multistage centrifugal pump, a stage consists of an impeller combined with a flow guide device (such as a diffuser, annular pump casing, or volute). The key characteristic of a 'stage' in a multistage centrifugal pump is that power is transferred from the pump shaft to the pumped medium. As long as there are non-reactive feed conditions or an adequate Net Positive Suction Head Available (NPSHA), these two values can be used to determine stage efficiency. Stage efficiency is a constant value
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Advantages and Disadvantages of Horizontal Split-Casing Single-Stage Double-Suction Centrifugal Pumps
The horizontal split-casing single-stage double-suction centrifugal pump adopts an axially split structure, with both the suction and discharge ports located on the pump casing. This design allows for maintenance without disassembling the inlet/outlet pipes or the prime mover. The symmetrical arrangement of the double-suction impeller automatically balances axial forces, resulting in a simple structure.
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Warm congratulations on our company signing a strategic partnership agreement with Yemen's AJEEDO Company.
On the significant day of July 18, 2025, CME and AJEEDO solemnly signed the cooperation agreement. This represents a commitment, a responsibility, and a shared hope between both sides. We wish each other a pleasant collaboration, prosperous business, and mutual success in the days to come.
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Unveiling the Efficiency Algorithm of pumps: How to Easily Enhance Pump Performance, Reduce Energy Consumption and Save Costs - The Secret Weapon
As key equipment in both industrial and civil fields, the efficiency of pumps directly affects energy consumption and production costs. Improving the efficiency of pumps not only helps to save energy and reduce emissions, but also enhances the economic efficiency of equipment operation. This article will delve into pump efficiency algorithms, revealing how to easily enhance the performance of water pumps and achieve energy conservation and consumption reduction.
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What is the relationship between the flow rate, head, power and efficiency of the pump?
A pump is a mechanical device used to transport liquids or increase their pressure. It typically operates by using an electric motor or other power equipment to drive the impeller to rotate, drawing liquid from a lower position and, through the impeller's action, converting its kinetic energy into pressure, thereby transporting the liquid to a higher position or over a long distance. The main performance parameters of a water pump include: flow rate, head, power, and efficiency, etc.
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The mid-year work conference and mid-year sales summary meeting for the year 2025 was successfully held
On July 4, 2025, the company held the 2025 Mid-Year Work Conference and Mid-Year
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