How The FLO700 Macerator Pump Reduces Maintenance And Keeps Plumbing Systems Running Smoothly
Leave a message
How the FLO700 Macerator Pump Reduces Maintenance and Keeps Plumbing Systems Running Smoothly
The FLO700 macerator pump by HocanFlo is engineered to offer long-lasting, reliable performance for wastewater systems in both residential and commercial settings. Featuring a 700W motor, this powerful pump is capable of lifting wastewater vertically up to 9 meters and horizontally up to 90 meters, which allows it to work in complex, multi-story plumbing systems and long-distance drainage setups. However, its most impressive feature is the seamless, low-maintenance operation it provides.
By using the FLO700 in your wastewater system, you reduce the chances of plumbing blockages significantly. This is due to its built-in macerator blades that effectively break down waste materials, such as toilet paper and human waste, preventing clogs in pipes. This macerating action ensures smooth operation, making it much less likely that your system will require frequent cleaning or repairs. Homeowners and businesses alike can appreciate the peace of mind that comes with having a dependable system that doesn't demand constant maintenance.
The FLO700 operates at a low noise level of just 39 dB, which ensures that it doesn't disturb daily activities, whether at home or in commercial settings. Its sealed design also prevents any unpleasant odors from escaping into the environment, creating a more pleasant and hygienic atmosphere. The pump's ability to handle multiple wastewater sources, including toilets, sinks, showers, and bathtubs, makes it versatile enough to cater to various residential and commercial applications.
Whether you're installing the FLO700 in a new building or upgrading an existing system, this pump guarantees effective and efficient wastewater management with minimal hassle. With its robust construction, the FLO700 helps ensure that your plumbing system remains functional and free from the disruptions that commonly arise with less reliable solutions.







