Alston Touchless Single Handle Pull-Down Sprayer Kitchen Faucet Matte Black/Stainless Steel Karran KKF215MBSS

Experience the seamless blend of functionality and style with the Karran Alston Touchless Kitchen Faucet, model KKF215. Equipped with advanced sensor technology, this faucet offers hands-free operation, promoting kitchen hygiene and convenience without sacrificing design aesthetics. It is an excellent fit for any kitchen decor, from the sleek modern to the timeless classic.

• Touchless Technology: Activate the water flow with a simple hand movement, enhancing kitchen hygiene and efficiency.
• Single Hole Installation: Streamlined design fits a 1.75” maximum deck thickness.
• ADA Compliant: Easy and accessible operation for all users.
• Dual Function Spray Head: Alternates between a powerful spray and an aerated flow at 1.8 GPM, perfect for all your kitchen needs.
• Lead-Free Brass Construction: Ensures durability and compliance with CALGreen California standards.
• 360° Swiveling Spout and High Arc Design: Offers flexible use and ample space for filling large pots and cleaning.
• Ceramic Cartridge: Provides precise and drip-free performance.
• Retractable Pull-Down Spray Head: Equipped with a 26” nylon braided hose for extensive reach.
• Easy-to-Clean Rubber Nozzles: Help prevent mineral buildup, maintaining performance and longevity.
• Durable Multi-Plated Finish: Resists corrosion and tarnishing, maintaining its look over time.
• Pre-Installed Mounting Hardware: Comes with anti-burst hot/cold water lines for straightforward installation.

Specifications

• Body Material: Lead-free Brass
• Faucet Type: Pull-Down Kitchen Faucet with Sensor Activation
• Faucet Fit: Single Hole
• Flow Rate: 1.8 GPM
• Faucet Height: 18-7/8”
• Spout Height: 6-1/2”
• Spout Reach: 8-5/8”
• Included Components: Hot water line, cold water line, installation hardware
• Batteries required: 4 AA batteries (not included)
• Warranty: Limited Lifetime Warranty
• Listings and Certifications: Meets ASME A122.18.1 /CSA B125, NSF/ANSI 61, NSF/ANSI 372 USA