Flexible Hose
C.R.I. Vast experience & successful track record in pump industry spanning over 5 decades facilitate not only to enhance the range of pumps & motors, but also to produce and supply quality pumping accessories. C.R.I.’s flexible rising hose is one among such accessories produced with specially designed formulation under integrated quality control system, right from sourcing raw materials to end process. Also adequate safety factors have been considered in designing this hose to have maximum weight carrying capacity, and to ensure longevity. Flexideep is a flexible rising main system used for ground water pumping and it has been designed to reduce the time of installing borehole pumps. It has superior flow characteristics and longer life. Flexideep is technologically superior and right alternate to the conventional type rigid steel or PVC pipes. Installation or removal of Steel / PVC pipes is comparatively time consuming and laborious. It is also cost effective solution to water well applications. This hose is specially designed for submersible pumps, capable of handling internal hydrostatic pressure and withstand the weight of the column water, pump with motor and cable. It doesn’t require any safety rope due to its high tensile strength.
UPVC COLUMN PIPES
CRI pipes are specially designed for submersinle pumps, capable of handling both internal hydrostatic pressure as well as high tensile load caused by the pump weight & column water pressure and weight. In general the first pipe fitted with the pump will be subjected to high hydrostatic pressure and the top most one has to withstand the entire weight of the column water & pump. The unique formulation used to in the manufacture of these pipes ensures that threads do not turn brittle , break or chip during the entire life cycle. the threading & dimension standards maintained make these pipes ideally suoitable for using as column pipes for submersible pumps worldwide.These pipes are produced in different types, which can be selected according to the installation requirements.