The primary function of the StormBrake system is to manage stormwater by temporarily storing (Onsite Detention or OSD) and retaining water. It helps control peak flow rates to reduce flooding risks while allowing for the gradual release or reuse of stored water.

The StormBrake system is constructed from durable, lightweight polypropylene, making it easier to install and maintain compared to traditional materials like concrete or metal. It also offers a **10-year warranty** and a 50-year design life, ensuring long-term reliability. The modular design allows for customized configurations, while its natural filtration capabilities improve water quality by removing sediment and pollutants.

The StormBrake system offers several significant benefits:

– Quick and Easy Installation: The lightweight design reduces site access delays and eliminates the need for cranes or lifting equipment, allowing for on-site assembly.

– Modular Flexibility : Easily create any shape and size to suit individual site and project requirements. 

-Maintenance-Free : Each Stombrake should have a Filter on the inlet so that all debris and sediment are removed by pre-filtration, and materials are resistant to moulds, algae, soil-borne chemicals, and bitumen.

– High Water Capacity : One cubic metre of Flo Tank modules can hold up to 950 litres of water.

– Efficient Excavation : Reduces excavation and disposal by two-thirds compared with conventional soak wells, thanks to a 95% void surface area and high flow-through volume.

– Easily Transportable : The system can be supplied unassembled, making it ideal for delivery to remote areas.

The StormBrake system is designed for easy installation. Its lightweight and modular components can be quickly assembled and conjoined, reducing installation time and labor costs. Multiple access points, including manway access at the inlet and outlet, further simplify maintenance. This makes it an efficient choice for both new projects and retrofits.

The StormBrake system is designed for easy maintenance through multiple access points:

– Manway Access: Located at both the inlet and outlet, these provide entry points for inspection and maintenance activities, allowing direct access for jetting and cleaning.

-Stormbrake Access : Each level of the Crates within the system can be accessed via the Stormbrake, ensuring thorough inspection and maintenance across all levels.

-Removable GP Screen : The lowest level of the system is equipped with a removable GP screen, facilitating debris removal and ensuring the system operates efficiently.

1. Manway Access: Located at both the inlet and outlet, these provide entry points for inspection and maintenance activities, allowing direct access for jetting and cleaning.

2. Stormbrake Access: Each level of the Crates within the system can be accessed via the Stormbrake, ensuring thorough inspection and maintenance across all levels.

3.Removable GP Screen: The lowest level of the system is equipped with a removable GP screen, facilitating debris removal and ensuring the system operates efficiently.

Yes, the StormBrake system is suitable for residential areas,

as well as commercial and industrial sites. Its adaptable design and efficient stormwater management capabilities make it an excellent choice for various environments, helping to mitigate flood risks and support rainwater reuse.

The StormBrake system stores rainwater, which can then be reused for non-potable purposes such as irrigation, landscaping, and other water-conserving practices. By capturing and retainingrainwater, the system reduces the demand on municipal water supplies.

Yes, the StormBrake system promotes sustainable water management by combining storage, filtration, and reuse in one solution. It helps improve water quality, supports groundwater recharge through infiltration, and reduces the environmental impact of stormwater runoff. The easy maintenance design ensures it remains efficient and environmentally friendly over its long lifespan.

It is recommended to contact an Protector Australia representative, who can assist with calculations and determine the number of Modules required based on the water capacity of the tanks and the volume of water to be captured by the system.