Gel-clear, the refrigeration drainage specialists known for practical Innovation, has launched the UCP700+, a high-performance condensate pump designed specifically to overcome the unique challenges found in supermarket refrigerated display cabinets.
The UCP700+ is built from the ground up for the supermarket environment, where biofilm buildup, restricted space, and repeated blockages lead to frequent callouts, downtime, and water leaks.
Paurick Gaughan, Managing Director at Gel-clear, said, “This pump was designed to solve real problems in the field. from biofilm resistance to better sealing and hose performance, every part of the UCP700+ exists because of what we’ve learned on site.”
Engineered specifically for refrigeration environments, this system incorporates advanced features to ensure durability and hygiene. All internal surfaces are coated with patented Ag+ Silver Ion Technology, which prevents biofilm growth and protects critical components like float switches for up to eight years. It includes a custom 60-mesh copper biocidal mesh filter that effectively intercepts debris, further reducing the risk of biofilm formation and clogging. The tank connector has been redesigned for quick, secure installation, offering improved seals and enhanced mechanical reliability. For easy servicing, the system comes with a 500mm flexible drain connector, allowing a full ‘swing out’ while still connected. Additionally, it is compatible with a crush-resistant, kink-proof discharge hose, promoting more efficient operation by reducing back pressure and extending the pump’s service life.
Built for Remanufacture—and Built to Last
The UCP700+ is also designed for remanufacture, with all parts replaceable, extending the product lifecycle and reducing environmental impact. This makes it a standout with no proprietary ‘lock-in’ components. “The real cost of a cheaper pump isn’t the purchase—it’s the failure, callout, and disruption that follows,” added Gaughan. “With the UCP700+, we’re helping contractors and retailers break that cycle and reduce operational costs.”
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