Non-Fluorinated SFFF Foam Agents

Foam Concentrates & Agents

Non-fluorinated foam concentrates for use hydrocarbon fuel fires Synthetic Fluorine Free Foam (SFFF) Concentrates are non-fluorinated foam formulations designed for use on Class B flammable liquid fires. SFFFs provide effective fire and vapor suppression for hydrocarbon fuel fires SFFF products may be proportioned and discharged with a wide range of conventional foam equipment in both fixed system and response applications

Non-Fluorinated SFFF Foam Agents

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Features

Suited for use on class B hydrocarbon fuel fires such as oil, petroleum, gasoline, benzene, and aviation fuels.
Water content of the foam solution produces a cooling effect for additional fire suppression.

Robust foam blanket has extended drain times to help block oxygen to the fuel and suppress fuel vapor.

Technical Resources

Document Name

Description

Language

Resource Type

Datasheet

ANSUL SFFF data sheet (English)

ANSUL® Foam Concentrates and Foam Hardware Solutions

English Datasheet

Brochure

ANSUL® 3% SFFF ICAO-B Foam Concentrate (NFF-3B) Brochure (English)

High-performance non-fluorinated firefighting foam

English Brochure

Technical Bulletin

Foam Concentrates and Solutions - Flushing Procedures (Technical Bulletin) (English)

Foam Concentrates and Solutions Flushing Procedure for Fixed Foam Systems, Tanks, and Proportioning Piping (Technical Bulletin)

English Technical Bulletin

Technical Bulletin

Storage of Foam Concentrates Recommended Storage, Handling and Inspection of Foam Concentrates (Technical Bulletin) (English)

Storage of Foam Concentrates Recommended Storage, Handling and Inspection of Foam Concentrates (Technical Bulletin)

English Technical Bulletin

Brochure

ANSUL® Foam Concentrates and Foam Hardware Solutions US Letter (English)

ANSUL® Foam Concentrates and Foam Hardware Solutions US Letter

English Brochure

Brochure

ANSUL® Foam Concentrates and Foam Hardware Solutions (English)

ANSUL® Foam Concentrates and Foam Hardware Solutions

English Brochure

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