Philippines

Description
Product Description
Professional grade water pump with new power magnetic vortex rotor blade technology. Drive shaft is made of hardened ceramic and runs on ceramic bearing inside the impeller. Compact pump with more output power, only comparable to an external MD water pump. Energy efficient water pumps, with excellent gallons of water flow per Watt of power used. Can be used for water circulation and comes with all attachments to operate as a main filtration pump. 100 watts. Maximum head - 13 foot. Output tubing size - 1 inch. Feature reliable easy installation vortex rotor blade high flow rate rare-earth Magnet multi-purpose powerful and efficient compact streamlined and quiet operation ceramic shaft with ceramic bearing low heat emission affordable fully submersible energy-efficient design Description good water circulation is critical to maintaining a healthy environment. The rio hyper flow delivers high performance at an affordable price. This compact, highly efficient pump uses empower magnetic vortex rotor blade technology to pump more gallons per Watt than any comparable size external pump. Rare-earth compounds pack power into a neatly compact pump. Cool and efficient operation keeps energy costs low. The ceramic shaft with ceramic bushings offers strength and resistance to corrosion. High-impact plastic construction makes rio hyper flow durable and reliable. The rio hyper flow is fully submersible and offers the best-performance water pump on the market. Rio hyper flow delivers high performance at an affordable price. Features high flow rates, low heat output and are designed to be energy efficient keeping eclectic bills low, in addition providing tremendous pressure capabilities. Simply put the most compact and energy efficient pump on the market today.




Feature
Reliable
Easy Installation
Vortex Rotor Blade
High Flow Rate
Rare-Earth Magnet
Multi-Purpose
Powerful and Efficient Compact
Streamlined and Quiet Operation
Ceramic Shaft with Ceramic Bearing
Low Heat Emission
Affordable
Fully Submersible
Energy-Efficient Design
Description