SKU: 381-21307L
Brand: Krowne
Model: 21-307L
Krowne 21-307L Ceramic Cartridge Valve w/ 1/4 Turn for Royal Series Pre-Rinse Add-On Faucets
The Krowne 21-307L ceramic cartridge valve is a reliable replacement for Royal Series pre-rinse add-on faucets. Featuring a 1/4-turn design, check valve, and black Krowne logo, it ensures smooth operation and durability. Backed by a 3-year warranty, this essential part keeps your commercial sinks running efficiently.
Key Features
- •Designed for Krowne Royal Series pre-rinse add-on faucets – ensures perfect compatibility and seamless integration.
- •1/4-turn ceramic cartridge for smooth, precise water flow control with a black Krowne logo indicator for easy identification.
- •Built-in check valve prevents cross flow, protecting your plumbing and extending the life of your faucet system.
- •Fully assembled and easy to install – no additional tools or assembly required, saving time and effort.
- •Backed by a 3-year limited warranty, offering peace of mind and reliable performance for commercial kitchens.
The Krowne 21-307L ceramic cartridge valve is a high-performance replacement part designed specifically for Royal Series pre-rinse add-on faucets. This 1/4-turn cartridge controls water flow with precision, making it an essential component for commercial kitchen sinks. Its ceramic construction ensures durability, while the built-in check valve helps prevent cross flow, protecting your plumbing system. The black Krowne logo indicator makes installation straightforward, and the fully assembled design simplifies replacement. Ideal for restaurant owners, chefs, and facilities managers, this valve maintains the performance and reliability of Krowne’s Royal Series faucets. With a 3-year limited warranty, you can trust that this part will deliver long-lasting functionality, reducing downtime and maintenance costs in your commercial kitchen. Whether you're upgrading an existing system or replacing a malfunctioning handle, the Krowne 21-307L is a smart choice for maintaining peak operational efficiency.