When buying materials for industrial types of applications, including new construction or retrofit work, ensuring the right parts are selected is always a concern. Getting the right parts means easier installation, longer life and, in the case of valves, a dramatically reduced risk of leaks or valve failure.
Turning to expert help is always a good idea when selecting butterfly valves. Suppliers with expertise in the specific type of application can provide insight into the size, type and optional features on the valve to allow it to function optimally in the given conditions.
When assisting in recommending butterfly valves suppliers will need to know specific information about the application. Being accurate in providing this information will ensure the valves recommended will stand up to the job and last for years without problems.
Why Butterfly Valves?
Depending on the specific design and options selected, butterfly valves are an extremely low-maintenance option. They can operate effectively even in very adverse types of media and environments without routine maintenance or replacement.
They are also a valve that offers full shut-off during operation. This, combined with the low-maintenance factor and a design that allows for better flow through the valve, makes these valves an ideal choice.
Factors To Consider
When comparing and recommending butterfly valves, suppliers will want to understand the chemical resistance required for the valve, the physical space available for installation, the pipe diameters and the temperate, pressure and flow rates through the system. Keep in mind, these valves use a ¼ turn for opening and closing, with the option to throttle between the two easy with minimal need for manual or other controller options.
Suppliers will also need to understand the extreme rates for temperature, pressure, and flow, both high and low, to ensure the correct valve is recommended. With this information, choosing the right material, size and type of butterfly valve for the specific application will simply be a matter of comparing options.
