
Small Self-cleaning Filters 30-90 litres / minute
A range of small pump suction hose self-cleaning filters suitable for domestic and light industrial use.
A range of small pump suction hose self-cleaning filters suitable for domestic and light industrial use.
Rotorflush Filters Ltd manufacture and supply submersible pumps with self-cleaning intake screens. The intakes to our filter pumps have an automatic and continuous backwash that prevents debris from clogging the pump. Water is screened as it is pumped, enabling the use of multistage centrifugal pumps in challenging water conditions with minimal maintenance.
Rotorflush Self-Cleaning Suction Intake Filters & Strainers are for use with surface mounted pumps. Their low maintenance, and their continuous backwash that keeps the intake screen clear, are a welcome alternative to the traditional basket strainer. Pump suction hose self-cleaning filters with an automatic backwash to prevent the filter blinding or the pump blocking. Available for most flow rates.
Self-cleaning analyser filter system for sample water supplied to online wet chemistry analytical instruments, water monitoring equipment and dosing systems. Low maintenance sampling and monitoring.
Rotorflush Self-cleaning Eel Screens and Eel Screening Intake Strainers are for use with dry mounted pumps. They can also be used as gravity fed intakes as long as a pump is used to supply the backwash. These large capacity pump suction hose self-cleaning filters comply with eel and fish screening regulations.
It is no mystery how Rotorflush self-cleaning filters work. The same self-cleaning mechanism keeps the filter mesh clear on all our products. At last - pump suction hose filters and strainers that self-clean as you pump.
How Rotorflush Self-Cleaning Filterpumps™ filter and pump contaminated water without blocking. Find out how Rotorflush filter pumps - submersible pumps with built-in self-cleaning suction intake filters - prevent intake screens, pumps, pipes and connected downstream equipment from blocking and clogging in difficult water conditions.
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