G2 Coupling female 2'' BSP - male 2'' BSP

G2 Coupling female 2'' BSP - male 2'' BSP (Reference: 100366) from CPP brand represents a high-quality technical solution for extending and adapting your IBC connection systems. This specialized component efficiently adds a female 2'' BSP threaded outlet to your existing G2 Tee, providing maximum flexibility in designing your liquid storage and distribution installations.

Applications and benefits

This G2 coupling proves essential for professionals and individuals operating 1000L IBC tanks and wishing to optimize their distribution systems. It finds its place in numerous applications: washing stations, agricultural installations, industrial irrigation systems, compatible chemical storage, and technical water distribution networks. Thanks to its female-male design, it allows creating additional branches without compromising the main system's integrity.

Users particularly appreciate its ability to transform a simple connection point into a multifunctional distribution hub. This versatility proves crucial in environments where space is limited and each connection must be optimized. The 2'' BSP format ensures perfect compatibility with most standard industrial equipment on the market.

Technical characteristics and innovation

The glass fiber reinforced polypropylene composition gives this coupling exceptional mechanical properties. This composite material combines the lightness and chemical resistance of polypropylene with the structural performance of glass fibers. This combination results in a piece capable of withstanding high pressures while maintaining its dimensional stability over time.

The 2-inch BSP (British Standard Pipe) threading meets the most demanding international standards. This standard guarantees optimal sealing and universal compatibility with the entire industrial coupling ecosystem. CPP's machining precision ensures assembly without play and long-term durability, even under intensive use conditions.

The G2 design incorporates the latest developments in IBC connections, with tight machining tolerances and optimized geometry to minimize pressure losses. This attention to detail translates into superior hydraulic efficiency and remarkable installation ease.

Installation and use

Installing this G2 coupling requires standard plumbing tools. Before assembly, it is essential to check the cleanliness of the threads and absence of defects on contact surfaces. Applying a sealing product suitable for plastics (Teflon tape or paste) guarantees a perfectly sealed connection.

Tightening must be progressive and uniform to avoid excessive stress on the material. Glass fiber reinforced polypropylene tolerates mechanical stress well, but excessive tightening could damage the threads. It is recommended to perform initial hand tightening then finalize with a wrench while respecting the appropriate torque.

In service, this coupling requires no particular maintenance. Periodic visual inspection allows checking for absence of leaks and connection integrity. In case of disassembly, threads can be cleaned with a mild solvent to remove sealing residues before reassembly.

Expert advice and synergies

To maximize this G2 coupling's performance, experts recommend associating it with valves and couplings of the same caliber to maintain hydraulic consistency in the installation. Joint use with 2'' Camlock couplings allows creating modular systems easily reconfigurable according to operational needs.

A common error consists of neglecting the coupling's orientation during assembly. The female outlet position must be planned upstream to avoid mechanical stress on connected piping. Using elbows and orientation couplings may be necessary to optimize installation ergonomics.

Chemical industry professionals particularly appreciate this coupling's resistance to common aggressive agents. However, it is advisable to verify specific chemical compatibility with transported products, especially for powerful organic solvents or highly basic solutions.

In outdoor environments, glass fiber reinforced polypropylene remarkably resists UV and thermal variations. This stability makes it a preferred choice for permanent installations subjected to climatic constraints.

Technical specifications