What are the benefits of quick connect and disconnect couplings?
Quick connects and disconnects can improve the functionality of your equipment and increase the efficiency of your manufacturing process. Other benefits include:
- Spill-preventing design. For improved performance and reduced media spillage, quick connect and disconnect couplings from CPC are built with our innovative non-spill technology. Reduced spillage means more reliable protection from chemicals and fumes.
- Significantly reduced inclusion. Air can enter a system when a coupling is disconnected — this is referred to as inclusion. Most traditional options allow 2 ml of inclusion each time a dis- and re-connection occurs. CPC’s couplings reduce inclusion by more than 75% to .04 ml per cycle.
- Ergonomic designs. Ergonomic designs make it easy to connect and disconnect couplings quickly, even when you’re wearing gloves.
- Longevity. Quality construction and rugged materials including unique engineered polymers give your ideal couplings the durability to withstand harsh working conditions and repeated connection cycles, even when left connected for months or years at a time.
- Improved safety. Quick disconnects should be designed with the aim of eliminating accidental disconnections so that your equipment can operate with optimal efficiency and safety.
- Protection from product liability. Not all fittings offer this, but with CPC you have the option to add RFID tags to your quick connect and disconnect couplings to help track use and reduce exposure to product liability claims.
How do you use quick disconnects?
Quick connect and disconnect fittings are used to streamline efficiency and safety in thousands of fluid handling applications found in a diverse set of products, machinery, devices and processes.
Using them is as simple as choosing a coupling that's appropriate for your application and equipment, aligning the fittings and engaging their locking mechanism to secure a connection. The specifics of how that happens will depend on the type of fitting you’re using and the industry you’re using it in.
Industries that most commonly benefit from the use of quick connects and disconnects include:
- Biopharma. A single drop can make a big impact in the biopharma industry. Sterile options like AseptiQuik® connectors for single-use systems help improve yields and decrease time to market for applications like bioprocessing, cell therapy and gene therapy.
- Medical. In the medical field, compliance is everything. You need trustworthy components that meet device, instrument and equipment specifications whether the application calls for non-valved or non-spill, low flow or high flow, reusable or disposable connectors.
- Liquid Cooling. When your electronic systems need effective cooling to improve operating efficiency and reliability, the right fluid connectors can make all the difference.
- General Purpose. When it comes to general air and fluid handling applications, it's important to have quick disconnect options featuring a robust variety of terminations, configurations, sizes and material options.
What are the different types of quick connects and disconnects?
There are quick connect and disconnect couplings uniquely designed to deliver what is needed for nearly any variety of fluid handling application, including:
- Non-Spill. These couplings are built using a closed system made to reduce spillage to near zero when disconnected.
- Valved. Ease the transfer of liquids or gasses through small diameter tubing using these. Configurable in a number of sizes and materials to meet the needs of a wide variety of equipment and devices.
- Non-Valved. Non-valved quick connects and disconnects use precise hose barbs to improve the seal and grip when in use with various grades of tubing.
- Multiline. These fluid connectors help you easily connect two, six or ten separate flow paths within a single coupling. Great for applications where unsightly tubing tangles are a problem.
- RFID. Having RFID technology as part of your quick connect or disconnect couplings helps you better track critical information like device type, connected media, line status and other fluid data.
- Electrofluidic. These help make the front panel of equipment and devices look cleaner and simplify connections that require power, signal, air or fluids with a single easy-to-use connector.
- Drum Connectors. These are a specific type of quick connect that has been designed for applications involving chemical handling, including drums, jerricans and iBC totes.
If you’re facing a fluid handling design issue, you can always talk to CPC engineers about how we can create a custom solution for your unique needs that helps you get products to market faster.
Are quick connects waterproof?
Yes, quick connects are waterproof. This type of coupling is created and intended for safe, successful fluid handling so they’re built to be both spill and leak-proof.
Can you reuse quick disconnects?
If you’re partnering with CPC, you can reuse the couplings you’ve purchased for your fluid handling application needs. Our couplings are built to provide reliable strength and performance in a wide range of scenarios.
Not all quick connects and disconnects on the market are reusable. Before you make any purchase, make sure to check with the manufacturer about reusability.
Are all quick disconnect fittings the same?
No, they are not. The right quick disconnect for a particular application will depend on the industry, the fluids being handled, flow needs, tube size and more.
For example, Everis™ Quick Disconnects are uniquely built for thermal management applications via ultra-reliable, dripless liquid cooling design.
Are quick connects universal?
No, they are not universal. Different types of quick connects will have unique features and dimensions based on the specific requirements of the fluid handling system they're used with.
For example, AseptiQuik Sterile Connectors are used in a wide range of biopharmaceutical industries including bioprocessing, cell therapy, gene therapy and more. Different options are available depending on application-specific termination styles and flow needs.