About Custom Water Feature
Our Custom Water Feature service converts any low bowl from our Polystone Resin collection into a custom fountain tailored to your site dimensions. By choosing from a broad range of bowl diameters, depths, and colours, you can align the water feature with your courtyard proportions, paving materials, or alfresco layout.
The installation is supported by a robust 1700 mm diameter below-ground basin constructed from pure fibreglass. Installing the reservoir beneath ground level keeps all mechanical water containment hidden beneath paving, gravel, or decking, leaving only the water bowl visible at surface height. Pure fibreglass provides rigid water containment that withstands surrounding soil pressure without cracking or rotting. Explore compatible vessels in our polystone resin planters range, view our water features and fountains collection, or contact us about a product or project to discuss bowl sizing and workshop conversion.
Which Polystone Resin low bowls can be converted into a water feature?
Any low bowl across our Polystone Resin range can be adapted in our Malaga workshop. You can choose from multiple diameters, depths, and finishes to achieve the desired water surface area and physical proportion for your space.
What site preparation is required for the 1700 mm fibreglass underground basin?
Excavate a level pit slightly wider than the 1700 mm basin diameter and line the base with approximately 50 to 75 mm of compacted bedding sand. Checking the base with a spirit level before backfilling ensures the reservoir sits flat under surrounding ground load.
How is the underground reservoir finished at the ground surface?
The sub-surface fibreglass tank is fitted with a rigid structural support grid. This grid is typically covered flush with decorative river stones, paving units, or timber decking cut neatly around the central bowl pedestal.
Why is pure fibreglass specified for the underground basin?
Pure fibreglass is impermeable to moisture, resistant to soil chemicals and roots, and retains its shape under backfill pressure, making it a reliable below-ground reservoir material that eliminates the leak risks associated with flexible plastic liners.
