Fast Act Video Library

Discover FAST-ACT’s cutting-edge safety products in this brief video. Watch as we highlight our top solutions for chemical spills, fire suppression, and overall workplace safety. See how our innovative products are designed to keep you safe and efficient.

Ideal for contamination and adsorption of known and unknown liquid chemical threats that you may become exposed to in an environment. Ideal for use in laboratories, on-the field hazmat and emergency response calls, and small scale chemical containment. FAST- ACT® can be safely applied where known or unknown chemicals are a potential threat.

The FAST-ACT® Pressurized Cylinder is a fast- acting, rapid solution for decontamination and adsorption of toxic chemical vapors or liquids in an environment. The FAST-ACT® pressurized cylinder is available in 400g, 1kg, 2kg, and 4kg sizes. FAST- ACT® can be safely applied where known or unknown chemicals are a potential threat by following these decontamination process steps.

How do you decontaminate CBRN? The FAST-ACT Decontamination Wipes are an innovative solution for the decontamination of chemical and radiological substances. These wipes offer a convenient and effective way to remove trace contaminants on skin and various surfaces, providing a safer environment for personnel.

How does chemical decontamination work? The FAST-ACT® Individual Decontamination Mitt, featuring FAST-ACT® powder on a polyethylene-backed pad, efficiently neutralizes a range of chemical agents from diverse surfaces. It is a CE-marked and TGA-certified Class 1 Non-Sterile Medical Device, designed for dual-use in decontaminating chemical warfare agents and toxic industrial materials on both skin and surfaces.

Our technology methods utilizes safe earth minerals, naturally equipped to neutralize harmful chemicals. Innovative manufacturing methods amplify their beneficial properties while preserving their natural safety features. In simpler terms, these organized minerals, at the molecular level, capture and neutralize harmful chemicals upon contact, thanks to surface receptors.