Biopharma’s Largest Aseptic Connector Now Available

Introducing the AseptiQuik W Series Connectors, the industry’s largest genderless aseptic connectors. The new 1-1/2 inch flow path solution can easily transfer hundreds of liters per minute to significantly reduce fluid transfer time across the bioprocess.

Learn about the product


Online Tools

PRODUCT SPECIFIER Determine coupling types for use in your particular project
CAD Downloads Download CAD drawings of specific couplings to use directly in your design software
Product Catalogs Use of our product catalogs to view our complete product list
Product Catalogs

Flexible Packaging for Liquids

Packing in More Innovation

When businesses rely on fluids getting cleanly and safely dispensed, the packaging products they choose must be accessible, convenient and safe to use. Flexible packaging for liquids or semi-liquids is the answer, using a variety of materials to create pouches, bags and other product containers. Not only safe and cost-effective but flexible packaging also helps extend the shelf life of liquids or semi-liquids. Enhancements to flexible and BIB packaging technology are resulting in a growing number of liquid or semi-liquid products―from ink, food and beverage, personal care to household products―being distributed in flexible packaging.

Special BIB Packaging Maintains Control of the Liquid Inside

CPC Puncture Seal Features for Flexible Packaging

  • Polypropylene and polyethylene for greater chemical resistance
  • Positive thread or snap-in seal with a 38mm fitment neck
  • Puncture seal membrane eliminates shipping caps and O-rings
  • Coupling body automatically breaks the membrane seal on the closure cap when connected
  • Stainless stell thumb latch to easily disconnect and connect

Learn More

The inside bag is created by sealing two layers of the desired film together and adding a leak-proof spout. Once the liquid is poured into the bag, it’s placed into the box. A dispensing spout or valve is applied to the bag, usually with a perforated hole for easy access to the spout. Each bag is specifically made to protect the liquid inside, ensuring that they are uncontaminated by the air outside. CPC offers a range of couplings and puncture caps to prevent air from entering the packaging when the liquid is dispensed.

CPC Expertise Understands Dispensing Liquids from Flexible Packaging

CPC’s fluid management engineers are familiar with flexible packaging and its use for liquid and semi-liquid dispensing. With a strong emphasis on collaboration, CPC’s team works with packaging experts to determine the best fluid handling connection solutions to maintain the highest quality, assure safety and deliver reliability. Our team, including materials scientists, design engineers and applications engineers, focuses on BIB and other flexible packaging connectors, resulting in a robust portfolio of quick connectors and couplings expressly for fluid dispensing.

Making It Easy to Dispense Liquids with CPC Flexible Packaging Couplings

CPC couplings instantly make connections to dispensing systems from flexible packaging options, including Bag-In-Box containers. CPC Puncture Seal dispensing system—which consists of a Puncture Seal closure cap and a specially designed quick disconnect coupling—is used to dispense virtually any liquid from flexible packages. Offering different materials, including chemically resistant plastics, CPC flexible packaging couplings feature a puncture seal membrane that eliminates the need for shipping caps and an easy-to-use thumb latch for convenient one-hand connection and disconnection.

Trusted Reliability

CPC quick connectors and couplings are designed to easily handle the wide variety of fluids that use flexible packaging containers. CPC connectors and couplings are critical components in flexible packaging containers, like bag-in-box containers since they facilitate fluid delivery. The user-friendly ergonomic design improves usability while the intuitive interface eliminates misconnections. CPC’s thumb latch ensures intuitive and rapid disconnections.

Dependable Durability

Built to manage the wide range of fluid used within flexible packaging, CPC connectors and couplings deliver optimized flowrates with excellent flow to size ratio for superior performance. Options for CPC couplings feature a non-spill design to ensure mess-free, drip-free disconnects necessary for safe fluid handling in flexible containers. Using CPC quick connectors and quick disconnect couplings helps increase ease of use and minimize costly or dangerous spillage.

Overall Robustness

Meeting the diverse types of flexible packaging applications, CPC quick connectors come in an expanding variety of sizes, termination options and materials including engineered polymers. A broad range of configurations are available to meet specific packaging requirements. With options being NSF-listed, CPC flexible packaging couplings are suitable for dispensing liquids, condiments or other food-based material. All CPC connectors and couplings are rigorously tested including materials testing, product testing and torture testing to failure ─ to meet product specifications.

Connection Assurance

With a sleek body and ergonomic design, CPC connectors and couplings deliver single-handed operation along with the audible CPC click to assure users know when the fluid lines are connected. With a low force to connect, CPC connectors make it simple to ensure a complete connection.

Assurance of Supply

CPC has a proven track record of providing products consistently under their stated specifications and quality requirements through having a strong supply assurance program. The program includes control of the manufacturing process from raw materials to final product manufacturing. Investments in extra capacity and redundant manufacturing ensure capacity when it’s needed. OEM customers have confidence in CPC’s ability to fulfill demand acquired by a track record of accurate lead times, identifying and communicating potential delays and, most importantly, by sound supply chain management.

Back to Top