Complete Range of High-Performance Firefighting Foam Concentrates
Flame Armor Industrial Co. manufactures AFFF, AR-AFFF, and Fluoroprotein foam concentrates engineered for maximum performance across all classes of industrial fire hazards.
AFFF 3% Foam Concentrate
Aqueous Film-Forming Foam concentrate used at 3% induction ratio. Provides rapid fire knockdown and vapor-sealing aqueous film for Class B hydrocarbon fuel fires. Compatible with all standard foam proportioning equipment.
- Mixing Ratio: 3% with water
- Expansion Ratio ≥ 6.5 : 1 (Low Expansion)
- Freezing Point: –5 °C standard | –16 °C Arctic grade
- Standard: NFPA 11 | EN 1568-3 | UL 162 | ISO 9001:2015 | ICAO
AFFF 6% Foam Concentrate
Aqueous Film-Forming Foam concentrate used at 6% induction ratio. Ideal for older or fixed proportioning systems calibrated for 6% usage. Provides proven aqueous film performance on hydrocarbon fuel fires.
- Mixing Ratio: 6% with water
- Expansion Ratio ≥ 6.5 : 1 (Low Expansion)
- Freezing Point: –3 °C standard
- Standard: NFPA 11 | EN 1568-3 | UL 162 | ISO 9001:2015 | ICAO
AFFF 1% Foam Concentrate
High-efficiency Aqueous Film-Forming Foam at 1% induction ratio. Minimizes storage volume and transportation costs while delivering the same Class B hydrocarbon fire suppression performance as 3% grades. Ideal for large fixed systems where storage space is critical.
- Mixing Ratio: 1% with water
- Expansion Ratio ≥ 7.5 : 1 (Low Expansion)
- Freezing Point: –10 °C
- Standard: NFPA 11 | EN 1568-3 | UL 162 | ISO 9001:2015 | ICAO
AFFF AR 3×3% Foam Concentrate
Alcohol-Resistant Aqueous Film-Forming Foam concentrate used at 3% for hydrocarbons and 3% for polar solvents. Forms a polymeric membrane to resist destruction by water-miscible fuels. Ideal for petrochemical plants handling both hydrocarbon and polar solvent hazards.
- Mixing Ratio: 3% Hydrocarbon | 3% Polar Solvent
- Expansion Ratio ≥ 6.0 HC | ≥ 5.5 Polar (Low Expansion)
- Freezing Point: –7 °C
- Standard: NFPA 11 | EN 1568-4 | UL 162 | ISO 9001:2015 | ICAO
SFFF 3% Synthetic Fluorine-Free Foam
Synthetic Fluorine-Free Foam concentrate at 3% induction ratio. Environmentally-responsible alternative to AFFF — contains no PFAS, PFOS, or PFOA compounds. Designed for Class B hydrocarbon fire protection in environmentally sensitive installations.
- Mixing Ratio: 3% with water
- Expansion Ratio ≥ 6.0 : 1 (Low Expansion)
- Freezing Point: –5 °C
- Standard: EN 1568-3 | NFPA 11 (Fluorine-Free) | ISO 9001:2015 | ICAO
SFFF AR 3×3% Synthetic Fluorine-Free AR Foam
Alcohol-Resistant Synthetic Fluorine-Free Foam at 3×3% induction. PFAS-free formulation for both hydrocarbon and polar solvent Class B fires. Ideal for chemical facilities seeking environmentally responsible fire suppression without PFOS/PFOA.
- Mixing Ratio: 3% Hydrocarbon | 3% Polar Solvent
- Expansion Ratio ≥ 5.5 HC | ≥ 5.0 Polar (Low Expansion)
- Freezing Point: –5 °C
- Standard: EN 1568-4 | NFPA 11 (Fluorine-Free) | ISO 9001:2015 | ICAO
AFP3B 3% Fluoroprotein Foam
Premium firefighting foam developed for rapid suppression of Class B hydrocarbon fuel fires. Combines hydrolyzed protein with advanced fluorochemical surfactants to deliver superior fire knockdown, vapor suppression, and burnback resistance.
- Mixing Ratio: 3% (3:97)
- Expansion Ratio ≥ 7.0 : 1 (Low Expansion)
- Freezing Point: ≤ -15 °C
- Standard: NFPA 11 | EN 1568-3 | UL 162 | ICAO | ISO 9001:2015
Fluoroprotein 3% Concentrate
Combines standard protein foam heat resilience with rapid fluorochemical action. Ideal for sub-surface systems.
- Mixing Ratio: 3% with water
- Expansion Ratio Excellent long-term protection
- Freezing Point: -15.0 °C
- Standard: NFPA 11 | EN 1568-3 | ISO 9001:2015 | ICAO
Fluoroprotein 6% Concentrate
Provides a heavy, durable foam blanket highly resistant to fuel contamination. Designed for refinery sites.
- Mixing Ratio: 6% with water
- Expansion Ratio ≥ 6.5 : 1
- Freezing Point: -18.0 °C
- Standard: NFPA 11 | EN 1568-3 | ISO 9001:2015 | ICAO
Calculate Your Project Supply Requirements
Use our interactive estimator to calculate required foam concentrate volumes for your project specifications and receive a customized commercial quotation within 24 hours.