Description
SKU: IBC020M
Complete IBC Connection Kit
This assembly provides a streamlined solution for fluid transfer, combining an IBC adapter with a high-performance camlock coupling. The kit includes:
- 1 x IBC S60X6 Adapter to 2" Male Camlock (CAM-IBCS60X6-2)
- 1 x Camlock Type D 2" (CAMTD2BSPF)
Reliable and Lightweight Design
Engineered from durable, high-strength plastic, this adapter set offers a lightweight alternative to metal fittings without sacrificing performance. The robust construction is built to endure demanding environments, providing a dependable interface for your IBC and hose systems.
Secure Fluid Transfer
The S60x6 thread ensures a precise fit for standard IBC outlets, while the 2" male camlock end facilitates rapid, tool-free coupling with compatible hoses. This combination is ideal for agricultural, chemical, and water management applications where efficiency and leak prevention are critical. The precision-engineered components ensure a snug, secure connection, minimizing the risk of spills during operation.
Understanding Camlock Couplings
Cam and groove couplings are the industry standard for applications requiring frequent hose changes. By utilizing a simple lever-arm mechanism, these fittings allow for near-instant connection and disconnection. The Type D female coupler features cam arms that lock securely onto the male adapter's groove, ensuring a tight, reliable seal.
Key Benefits
- Rapid Deployment: Significantly reduces setup and teardown time compared to threaded connections.
- Leak-Resistant: Designed to maintain a tight seal, protecting against fluid loss and contamination.
- System Versatility: Standardized sizing allows for easy interchangeability across various industrial setups.
Important Compatibility Note: These fittings are manufactured from Polypropylene (PP). Please verify that this material is chemically compatible with the fluids you intend to transfer. For optimal results and to ensure a watertight seal on the threaded connection, we recommend the use of PTFE tape (sold separately).