This spare impeller (part number: PT457) will fit the Laguna Max-Flo 4000.
... The Laguna Max-Flo 4000 pump offers the perfect amount of flow for a 'typical' garden pond (8, 000 litres).
It is designed
This spare impeller (part number: PT396) will fit the Laguna Max-Flo 5000.
...High performance solid handling waterfall pump with proven reliability. The Laguna Max-Flo 5000 pump is designed to service a
... The Laguna Max-Flo 7600 pump is a high performance solid handling waterfall pump with proven reliability.
This is a popular
Laguna Part Number: PT636
This Universal Click-Fit Hosetail allows the option of connecting to 20, 25 or 32 mm (3/4,
Simply fill a plastic reservoir with water then house the tub inside this pretty wooden frame. It comes as a flat pack so self
...One of the major causes of blanketweed & green water is high phosphate & nitrate levels. This granular formula absorbs & traps
...The Laguna Max-Flo 9000 pump is a high performance solid handling waterfall pump with proven reliability.
This is a popular size of pond pump and would suit ponds up to 18, 000 Litres.
This pump is ideal for waterfalls or powering a pond
The Laguna Max-Flo 9000 pump is a high performance solid handling waterfall pump with proven reliability.
This is a popular size of pond pump & would suit ponds up to 18, 000 Litres.
This pump is ideal for waterfalls or powering a pond filter system.
Pumping water in such demanding applications is a tough task & most pumps are now asked to run 24/7
- you need a tough pump for this job that won't break down on you.
The Max-Flo handles solids up to 8mm so will push dirty water up through attached pond hose without clogging the impeller.
The durability of this pump is illustrated by the three year manufacturer guarantee.
Improved Design This is the latest design of this pump & replaces the previous Max-Flo 7500. The new pump features Smart Pump Technology (SPT)
- this means that the motor has on-board circuitry that helps its performance. SPT constantly monitors the pumps performance while it is in use
- it then adjusts impeller flow according to the strains put on it by its environment.
This improves the pump's performance & reduces running costs.