The BeerSaver™ UltraFlow works in conjunction with either BeerSaver™ 6 Plus or BeerSaver™ 7 Pro and represents the pinnacle of beer line management technology. We offer an advanced line cooling system that drastically extends the time required to clean the line. This innovative system is designed to keep beer fresh and free from biofilm, even in warmer cellar environments. It is a game-changer for businesses looking to optimise efficiency and reduce operational costs.
Features
Extended Clean Cycles
12-20 Week Clean Cycles: With the BeerSaver™ UltraFlow, beer lines can remain clean and free of biofilm for up to 20 weeks. This extended cleaning interval ensures that beer quality is maintained over a more extended period. An impressive 20-week Clean Cycles when incorporated into under-counter setups. This setup is ideal for bars and restaurants with no cellars and limited under-counter space.
8-12 Week Clean Cycles Without Conventional Cellar Cooling: In environments where traditional air cooling is not viable, BeerSaver™ UltraFlow can still provide up to 8 weeks of clean cycles without the need for conventional cellar cooling. This makes it ideal for operations in warmer climates or for businesses looking to reduce their reliance on energy-intensive air-cooling systems.
20-Week Clean Cycles with BeerSaver™ UltraFlow™: Experience the world’s leading microbial inhibition system with BeerSaver™ UltraFlow™,
now achieving an impressive 26-week clean cycle. Designed for under-counter setups, this advanced system is perfect for smaller operators with limited space or without a traditional beer cellar. Enjoy uncompromised beer quality and freshness—this is the future of under-counter dispensing.
Innovative Line Cooling System
The system uses a specially formulated coolant to quickly chill the beer as it leaves the keg, maintaining the optimal temperature essential for microbial inhibition. This ensures that beer remains fresh and high-quality, even in cellars with higher ambient temperatures.
Operation in Warmer Cellars
BeerSaver™ UltraFlow is designed to operate effectively in cellars with temperatures higher than traditional systems can handle. This flexibility reduces the need for intensive air conditioning, resulting in significant energy savings and allowing for higher cellar temperatures without compromising beer quality.
Electricity Cost Savings
By reducing the need for conventional cellar cooling, BeerSaver™ UltraFlow can lead to substantial reductions in electricity costs. The system’s efficiency in maintaining the right temperature directly translates to lower energy consumption and ongoing savings.
Reduced Cellar Maintenance
The reduced dependency on traditional cooling systems also means less ongoing maintenance and servicing of cellar coolers. These further decrease operational costs and minimise downtime, allowing for a more streamlined and cost-effective beer dispensing process.
Benefits
Significantly Extended Clean Cycles
With clean cycles extended to 20 weeks with under-counter setups, 12 weeks in standard conditions and 8 weeks without conventional cooling, BeerSaver™ UltraFlow minimises the frequency of line cleaning, saving time, labour, and resources.
Optimised Beer Quality
The advanced cooling system ensures that beer is consistently served at the optimal temperature, preserving its freshness and preventing biofilm formation even in warmer cellars.
Substantial Cost Savings
Businesses can benefit from reduced electricity costs, as the system allows for higher cellar temperatures and less reliance on energy-intensive air conditioning. Additionally, the reduced need for cellar cooler maintenance further lowers ongoing expenses.
Sustainability
By operating efficiently in warmer conditions and reducing energy consumption, BeerSaverTM UltraFlow contributes to a lower environmental impact, aligning with sustainability goals.
Flexible Operations
Whether in a conventional cellar or a warmer environment, BeerSaverTM UltraFlow adapts to the conditions, providing consistent quality and efficiency without the need for extensive cooling infrastructure.