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Fire Suppression Foam


A.J. Stone offers professional fire suppression foam solutions designed for structural firefighting, industrial response, wildland operations, and firefighter training applications. Our selection of fire suppression foam products helps improve fire knockdown, vapour suppression, water efficiency, and overall firefighting performance in demanding emergency environments.

We supply fluorine-free fire suppression foam, Class A foam concentrates, wetting agents, training foam, and portable foam systems trusted by fire departments across Ontario and Canada. Our lineup includes Enforcer FIREBULL® foam concentrates and TFT foam equipment, both proven performers in fire suppression and emergency response.

Fire Suppression Foam Products

Shop fire suppression foam products designed for a variety of firefighting and training applications.

  • FIREBULL® F3 Fluorine Free Foam: Fluorine-free fire suppression foam designed for effective fire control while supporting modern environmental requirements and firefighting standards.
  • FIREBULL® A/B Concentrate Fluorine Free Foam: Multi-purpose fluorine-free foam concentrate designed for Class A and Class B fire applications.
  • FIREBULL® Class A Wetting Agent Foam: Class A foam and wetting agent designed to improve water penetration and firefighting effectiveness during structural and wildland fire operations.
  • FIREBULL® Training Foam: Training foam designed for firefighter education, foam system testing, and hands-on training exercises.
  • FIREBULL® F3 Climate Control Premix: Premixed fluorine-free foam solution designed for dependable foam performance in varying climate conditions.
  • TFT Pro PAK Portable Foam System: Portable compressed air foam system designed for rapid deployment, mobility, and effective foam application during firefighting operations.

Frequently Asked Questions About Fire Suppression Foam

Fire suppression foam is used to improve fire control, reduce heat, suppress flammable vapours, and increase overall firefighting efficiency during emergency response operations. Firefighting foam works by creating a blanket over burning materials or flammable liquids, helping cool the fire, reduce oxygen exposure, and prevent reignition. Fire suppression foam is commonly used during structural fires, industrial incidents, vehicle fires, fuel spills, wildland operations, and hazardous material emergencies where rapid fire knockdown and vapour control are critical.

Class A foam is designed for ordinary combustible fires involving materials such as wood, paper, brush, grass, and structural materials. It helps water penetrate deeper into burning materials, improving cooling and reducing water consumption during firefighting operations. Class B foam is designed for flammable liquid fires involving fuels, hydrocarbons, solvents, and petroleum-based products. It creates a vapour-sealing foam blanket that helps suppress flammable vapours, reduce oxygen exposure, and prevent reignition during fuel-related fire incidents.

Fluorine-free fire suppression foam is a modern firefighting foam solution designed to provide effective fire suppression performance without intentionally added PFAS chemicals. Many fire departments and industrial facilities are transitioning to fluorine-free foam solutions to help meet evolving environmental regulations and reduce long-term environmental impact. Fluorine-free foam products are designed to deliver effective fire knockdown, vapour suppression, and firefighting performance while supporting safer environmental practices and modern firefighting standards.

A compressed air foam system (CAFS) combines foam concentrate, water, and compressed air to produce highly effective firefighting foam with improved adhesion, expansion, and water efficiency. CAFS technology creates thicker, more durable foam that sticks to surfaces longer, helping improve cooling performance and fire suppression effectiveness. These systems are commonly used during structural firefighting, wildland response, vehicle fires, and industrial incidents because they can improve fire knockdown while reducing water usage, runoff, and firefighter fatigue during operations.