Specifications for the 3000 Litre Round Water Tank are as follows - click on the image in the top right hand corner for a larger view of the tank.

Dimensions:
Height: 2000mm
Diameter: 1500mm
Outlet Size: 25mm BSP

Precision Poly Water Tanks are Different All Poly Water tanks are manufactured using a high tech moulding plant - the only one of its kind in the Southern Hemisphere. This machine is fully automated and computer controlled to verify all important quality data from within the mould while the tank is being moulded. A "Best Practice" Approach Precision Poly operate using a best practise approach - on the basis of “from cradle to tomb“ to ensure best practises results at every step of the manufacturing process. This means they collaborate with their raw material manufacturers & suppliers of the micronised moulding powder to ensure adequate antioxidants levels to prevent the release of carcinogenic substances.

All Precision Poly Water Tanks are Green...well sort of!

The manufacturing process used to make every Precision Poly polyurethane water tank is environmentally friendly. The burners employed to melt the plastic are the latest in low carbon emission design. Compared to conventional burners in use throughout the industry Precision Poly manage a 61% reduction in carbon dioxide emission. The total energy cost for their plant is reduced by 38%. This coupled with a 20% reduction in raw material usage per tank has a substantial knock-on effect, resulting in cost savings, thus benefiting the economy, the environment and you!

So, apart from all tanks being green as outlined above - they come in the largest colour range available of all water tank manufacturers. With 24 colours to choose from, you can be sure to find a colour that will match your requirements exactly, without having to make do with something that may be a compromise.

Click here to view the Precision Poly Water Tank Colour Chart
( we refer to the colorbond name as listed under the main colour name for easier cross referencing)

How Much Water Can you Catch?

A simple calculation will determine your potential water catchment - for every m2 of roof you have you will receive approx 1 litre of water for every 1mm of rain that falls. Multiply your total m2 of roof area (roof pitch does not alter the amount of catchment) by your annual rainfall average and you will have the total potential catchment for a year.

Click here to use the Healthy Home Rainfall calculator - you'll be amazed at how fresh, clean water is going down your drains!! (please advise if you try this link at it is broken)