As the fire protection industry continues its transition toward more environmentally responsible firefighting foams, one critical requirement remains unchanged: life safety cannot be compromised.
At Fire Lion Global, our mission is simple—deliver reliable, performance-driven foam pump solutions you can depend on when lives and property are on the line. Just as the human body relies on a strong heart to circulate blood, foam suppression systems rely on a pump capable of handling today’s new and evolving SFFF concentrates.
Designed for High-Viscosity SFFF Concentrates
New fluorine-free and synthetic fluorine-free foams often pose a significant challenge for fire suppression systems due to their much higher viscosity.
Fire Lion Global’s specialized rotary gear positive displacement pumps are engineered to meet this challenge head-on. After rigorous testing, our pumps have demonstrated reliable performance when proportioning high-viscosity SFFF concentrates, maintaining accuracy, durability, and system reliability.
- UL Listed for foam viscosities up to 9,320 cps
- FM Approved for foam viscosities up to 10,000 cP
- Testing performed using Brookfield methodology (Spindle #4, 30 RPM)
These expanded UL Listings and FM Approvals confirm that Fire Lion Global pumps are ready for both current and future foam formulations.
Industry-Leading Listings You Can Trust
When your fire suppression system is needed, there’s no margin for uncertainty. Fire Lion Global is:
- The only foam pump manufacturer globally listed and approved by both UL and FM
- The only UL Listed positive displacement foam pumps for water mist applications
- FM Approved for water mist applications
These approvals aren’t marketing claims—they’re earned through extensive third-party testing and validation.
Engineered to Be the Heart of Your System
Fire Lion Global pumps are purpose-built to be the reliable core of foam and water mist systems worldwide. By combining precision engineering with global compliance, we help ensure that evolving environmental standards never compromise system performance or safety.
