The Hydro-Foam® Self-Educting Nozzles are designed to provide efficient foam application without requiring separate foam proportioning equipment. Featuring an integrated self-educting design, these nozzles accurately proportion foam concentrate while delivering dependable firefighting performance for industrial, municipal, aviation, and petrochemical applications.
Compatible with Class A and Class B foam concentrates, including AFFF, fluoroprotein, and fluorine-free foams, the Hydro-Foam nozzle allows operators to quickly transition from a straight stream to a 90° fog pattern while flowing. Available in both 350 GPM and 500 GPM models with satin brass or chrome-plated finishes, these nozzles offer the flexibility and reliability required for effective foam suppression operations.
Features
• Self-educting design eliminates the need for separate foam proportioning equipment
• Built-in metering system accurately proportions foam concentrate
• Suitable for Class A and Class B foam concentrates
• Compatible with AFFF, fluoroprotein, and fluorine-free foams
• Pattern easily adjusts from straight stream to 90° fog while flowing
• Clear vinyl pickup hose included for foam concentrate induction
• Available in satin brass or chrome-plated finishes
• Aluminum version available
• Designed for industrial, municipal, aviation, and petrochemical firefighting applications
• UL Listed
Specifications
• Manufacturer: Elkhart Brass
• Models: HF-350 and HF-500
• Product Type: Self-Educting Foam Nozzle
• Operating Pressure: 100 PSI (7 BAR)
• Inlet Connection: 2.5" Female Swivel
• Pickup Hose: 9' (2.7 m) Clear Vinyl Hose Included
• Certification: UL Listed
HF-350
• Flow Rating: 350 GPM (1,330 LPM)
• Foam Pickup Rates: 0.5%, 1%, 3%, and 6%
HF-500
• Flow Rating: 500 GPM (1,900 LPM)
• Foam Pickup Rates: 0.5%, 1%, and 3%
Available Variants
• 350 GPM – Satin Brass Finish
• 350 GPM – Chrome-Plated Finish
• 500 GPM – Satin Brass Finish
• 500 GPM – Chrome-Plated Finish
• Applications: Industrial Fire Protection, Aviation Firefighting, Petrochemical Facilities, Municipal Fire Departments, and Foam Suppression Operations
