FLO FLO-203 Double Knee Pedal Valve w/ Hot & Cold Indicators, Stainless Steel

The **FLO FLO-203 Double Knee Pedal Valve** is engineered for **hands-free operation** in high-volume commercial kitchens, healthcare facilities, and restaurant environments. Its **dual-valve design** with **red and blue hot/cold indicators** ensures quick, error-free water control—critical in fast-paced settings where efficiency matters. Constructed from **lead-free 304-grade stainless steel**, this valve resists corrosion and withstands heavy daily use while maintaining a sleek, professional appearance. Whether you're outfitting a bustling restaurant, a busy healthcare facility, or a professional kitchen, the FLO-203 delivers **durability, precision, and compliance** with industry standards. Designed for **ergonomic ease**, the double knee pedal valve eliminates the need for manual adjustments, reducing fatigue and increasing workflow efficiency. The **color-coded indicators** provide instant visual feedback, preventing mix-ups between hot and cold water—a common issue in high-pressure environments. Its **compact footprint (5.52" L x 3.64" W)** allows for space-saving installation without compromising performance. Ideal for **commercial sinks, mop stations, and prep sinks**, this valve is a must-have for facilities prioritizing **hygiene, speed, and reliability**. FLO’s reputation for **superior craftsmanship** ensures this component meets the demands of professional kitchens where uptime and performance are non-negotiable. For **restaurant owners, chefs, and facility managers**, the FLO-203 is more than just a pedal valve—it’s an investment in **operational efficiency and safety**. Its **lead-free construction** aligns with health regulations, while its **stainless steel durability** ensures longevity, even in the most challenging conditions. Pair it with compatible FLO faucets or sinks for a seamless, high-performance water control system. Don’t let inconvenient valve designs slow down your team—upgrade to the FLO-203 today and experience the difference in **speed, precision, and reliability**.