Fluid quick disconnectors are critical in liquid cooling applications. Thermal engineers demand drip-free solutions to keep the systems they design consistently cool. CPC’s liquid cooling of electronic quick disconnects (QDs) eliminate drips and withstand long-term use for safer, more reliable liquid cooling.
With flexible designs that minimize flow restriction, dry disconnect capabilities that reduce spillage to near zero, resilient leak-free seals, easy disconnections and a variety of available materials, CPC is trusted by manufacturers for couplings in high powered supercomputers, data centers and even medical equipment.
Liquid Cooling :
Universe Technology Ltd
華宇科技有限公司
Colder Products Company connection solutions improve the overall functionality and design of the equipment and processes in which they are used. Special product features include precise hose barbs for superior grip, built-in shutoff valves to prevent product spills and an easy-to-use, push-button thumb latch for quick connecting and disconnecting.
The foundation of CPC's success is its expertise in R&D and application engineering development. Many of CPC's standard fittings and fittings were initially custom engineered and later became more widely used in many markets. To date, CPC has produced more than 7,000 standard and custom products to meet the fluid handling challenges of various industries around the world.CPC's patented engineering solutions enhance the overall functionality and design of the equipment and its application processes. Special features of the product include built-in shut-off valves that prevent product leakage and ease of use, as well as push button switches that can be quickly connected and disconnected. In addition, RFID (Radio Frequency Identification) integrated with IdentiQuikSmartCouplingsTM automatically exchanges product data on time and at the right time and at the connection location. For users of Colder Advanced Joint Technology, the result is cleaner, faster, safer, and smarter liquid management.
Specific applications for Colder Products Company fittings include:
Specialty Industrial :
Colder's couplings anf fittings are installed in thousands of product applications.Our broad offering appeals to product manufacturers in a wide rang of industrial and consumer
Life Sciences :
Colder's products are used across a broad range of medical devices and equipment,inculding surgical,dialysis,blood pressure monitoring,patient therapy devices
Chemical Handling :
Colder's extensive options for chemically resistant quick disconnect couplings andchemical dispensing systems provide non-spill operation and improve the safety of chemical
The difference between CPC quick connector and common connector:
common connector | CPC quick connector | |
Connector material |
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Process of separating joints | Both hands must be used together for splitting, and some joints must use tools to complete the process. | With one hand pressing the release button, the quick connector nozzle can be easily removed from the female seat |
Processable fluid |
| In addition to the generally non-corrosive fluids, Teflon-based joints can handle highly corrosive or high purity fluids. |
Connection |
| At the connection, a sealing ring is arranged between the female seat and the insertion nozzle, and the design has high airtightness and no problem of fluid leakage. |
When splitting |
| Both the female seat and the insert can have a built-in shut-off valve. When the joint is disassembled, the shut-off valve starts automatically to prevent fluid overflow and maintain the pressure in the pipeline system. |
After connection |
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When a lateral load occurs |
| The sealing ring between the female seat and the insertion nozzle can maintain the airtightness of the joint under the lateral load and prevent fluid leakage. |
Reusability |
| Designed for multiple splits and re-connections, the inner seals and lubricants of the joints maintain the air tightness of the piping system after multiple uses. |
Connected to |
| The connector is available with a variety of connection ends for different pipe materials |
Why use the quick connector of CPC?
CPC quick couplings feature a patented release button that allows the user to seamlessly and completely retract the entire pipe in one hand. When disassembling the connector, simply press the button to open the mechanical button of the connector, and the female seat and the insertion nozzle can be easily separated. When reconnecting, simply push the nozzle into the female seat, the mechanical buckle will automatically close, and a "card" will be sounded to confirm the completion of the connection.
In the correct use case, the CPC quick coupling can pass the engineering air tightness test. The product's detailed design and rigorous production standards ensure that the CPC's quick couplings are free of penetrating drip during the handling of fluid handling.
In addition, the female socket and the insertion nozzle of the CPC quick connector can be divided into two types: straight-through type and built-in stop valve. When the female seat and the insertion nozzle of the built-in shut-off valve are connected, the valve is opened and the fluid can smoothly pass through the joint. When the female seat and the insertion nozzle are separated, the built-in shut-off valve is automatically closed, and the fluid in the pipeline stops flowing, so that the quick joint can effectively prevent the fluid in the pipeline from being pressurized and a large amount of overflow, simplifying the working procedure and ensuring the environment is clean.
Features and benefits of CPC joints:
Features | Product benefit |
Small size and light weight | Can be installed in a small space, easy to use, and can reduce the weight of the piping system |
Reduced pressure and a variety of different sizes of diameter "Please refer to the notes on the path" | Meet the requirements of different flows "Maximum Cv value is 9.4" |
The release button of some products has a protective edge design | Make it more comfortable to use, and the connection is more stable, no need to worry about the accidental separation of the quick connector |
Made from a variety of different thermoplastic or metal materials, including polyacetal acetal, polypropylene polypropylene, polysulfone polysulfone, ABS, polycarbonate polycarbonate, brass chrome, stainless steel, aluminum, polyvinylidene fluoride PVDF, Teflon® | Compatible with different working temperatures, pressures and chemical compatibility of the fluid being treated "Working temperature -40 ° C to 204 ° C, maximum working pressure 17.23 bar, vacuum up to 635 mm Hg |
A variety of standard docking devices are available at the end of the connector, including American threaded NPT, inch diagonal threaded BSPT, inch straight threaded BSPP, pagoda type hose barb, card mode compression with ferrule, quick-twist ferruleless, push-in push-to- Connect and semiconductor industry flare type | Pipes can be connected without the need for an external connection head, saving material, cost and installation time. In addition, reducing a connection, ie reducing the chance of a leak |
Can be connected to pipes of different materials and sizes, including PVC pipe, PE pipe, PU pipe, PP pipe, nylon pipe, silicone hose, fluoropolymer pipe, brass pipe, pipe pipe inner diameter 1/16" to 1" | Wide range of applications |
A variety of sealing rings are available | Can meet the chemical compatibility requirements of different fluids |
Available in a variety of mounting modes, including tube-to-tube, right-angle, panel, external and internal threads | Can meet the various design needs of different users |
Note: The diameter of the internal passage of the quick coupling is independent of the diameter of the pipe connected to the end of the quick coupling. | The pressure drop or flow through the quick coupling depends on the size of the passage and the design of the passage, not the diameter of the pipe to which the connection is made. |
How to choose the right CPC quick connector?
CPC designs and manufactures a wide range of quick couplings with different characteristics and benefits. There are eight factors to consider when choosing the right quick coupler:
Operating temperature: | Confirm the maximum and minimum temperatures of the surrounding environment of the quick connector and the treatment fluid, and the appropriate joint material |
greatest pressure: | Confirm the maximum pressure of the treatment fluid and select the appropriate joint construction |
Treatment fluid: | Confirm the chemical composition of the treatment fluid, select the joint with high chemical compatibility and the material of the seal ring; in addition, the solid composition and viscosity of the fluid should also be noted. |
Traffic requirements: | Confirm minimum flow requirements or acceptable pressure drop with appropriate joint construction |
Installation mode: | Choose from the following installation modes, including tube-to-tube, right-angle, panel, male or female threads |
Cut-off valve: | Decide whether you need to use the built-in shut-off valve at the same time as the female seat and the insert, or one end |
Connection end: | Select the size of the pipe and the following connection modes, including US thread, inch diagonal thread, inch straight thread, pagoda type, card mode, quick-twist type, quick-insertion type, etc. |
Installation and maintenance: | Choosing the right joint makes it easier and faster to install, replace and repair the piping system |
Some examples of CPC quick connector applications:
Box in the bag |
Biological process |
Brewing and brewing |
Cold therapy and pressure therapy |
Diesel Discharge Treatment Fluid (DEF) / ADBLUE |
Drinking water system |
Clean and hygienic |
Electronic water cooling system |
Sterile |
Patient monitoring |