Cam And Groove Coupling, Polypropylene Material, Part D Style, 2 Inch Diameter

Introducing the 2-inch Part D polypropylene cam and groove coupling, now available at 222 Hardware in Cozad, NE. This durable coupling is designed to provide a reliable and efficient connection solution without the need for threading, making it an excellent choice for various fluid transfer applications. Customers in Cozad looking for a sturdy and easy-to-use coupling will find this product indispensable.

• Robust material construction: Made from glass reinforced polypropylene, ensuring strength and chemical resistance for demanding environments.


• Threadless design: Eliminates the need for threading, simplifying installation and reducing setup time.


• Secure connection mechanism: Features lugs that twist to lock the coupling firmly in place without the use of springs, ball bearings, or snaps.


• Durable handles: Equipped with stainless steel handles for enhanced durability and ease of operation.

This 2-inch Part D cam and groove coupling is ideal for professionals and DIY enthusiasts in Cozad who require a dependable and quick-connect solution for hoses and piping systems. Whether you are managing irrigation, chemical transfer, or industrial fluid handling, this coupling offers a secure and leak-resistant connection that can withstand rigorous use.



Imagine streamlining your fluid transfer projects with a coupling that installs quickly and holds firmly without complicated threading or additional hardware. Its glass reinforced polypropylene body provides resilience against corrosion and wear, making it suitable for repeated use in various settings around Cozad. The stainless steel handles add convenience and longevity, ensuring smooth operation even in tough conditions.



In summary, the 2-inch Part D polypropylene cam and groove coupling is a practical and reliable component that enhances your equipment’s performance. Available now at 222 Hardware in Cozad, NE, it is a smart investment for anyone seeking efficiency and durability in their coupling solutions.