Valves & fittings

Frequently asked questions — Valves & fittings

• How do I choose between a valve from the Valves and fittings range and an irrigation component?

  The choice depends on the end use of your installation. If your requirement concerns securing and managing complex fluid circuits, the Valves and fittings category, including EZFITT solutions, is recommended to ensure transfer continuity. Conversely, if your project is specifically limited to landscaping management needs, products dedicated to irrigation will be more suitable. Always analyse the constraints of your network before selecting a product type from these two complementary segments.
• Which technical criteria should I analyse to guarantee a valve's compatibility with my network?

  Selecting a valve or tap requires a rigorous analysis of the operating conditions specific to your installation. You must assess the nature of the fluid being conveyed, the effective working pressure and the thermal characteristics of the immediate environment. In addition, the constituent material of the valve body must meet the network's robustness and chemical compatibility requirements, while the nominal dimensions and connection method ensure efficient integration into your existing pipework architecture.
• Are EZFITT valves and fittings suitable for compressed air?

  The EZFITT range available in our catalogue is designed to meet varied requirements in plumbing and network management. This technical offering covers several complementary product types, specifically including systems dedicated to hoses and compressed air, as well as solutions for irrigation, lubrication and spraying. It is necessary to verify that the selected model precisely matches the constraints of your compressed air installation in order to guarantee the reliability and tightness of the circuit.
• How important is the type of shut-off mechanism when choosing a valve?

  The type of shut-off mechanism is a decisive factor in meeting the operating requirements of your professional networks. It must be chosen in perfect alignment with the nature of the fluid being conveyed and the working pressure conditions to guarantee effective and durable shut-off. A thorough analysis of this mechanism ensures that the chosen equipment has the robustness needed to maintain transfer continuity within your existing pipework architecture.