Our Technology

One product only: FAST-ACT®

First Applied Sorbent Treatment – Against Chemical Threats FAST-ACT®

FAST-ACT® is a proprietary formulation of non-toxic high-performance specialty materials effective at neutralizing a wide range of Toxic Industrial Chemicals with the added capability to destroy chemical threats. FAST-ACT® has two proprietary components – Titanium Dioxide (TiO₂) and Magnesium Oxide (MgO) – both in powder and granule form. Unlike commercially available versions of titanium dioxide and magnesium oxide, these materials are manufactured using unique processes that allow for greatly enhanced physical and chemical properties of the components allowing for broad chemical efficacy.

Effectiveness against a broad range of chemical hazards eliminates the need for multiple products. FAST-ACT® has been tested for efficacy against a wide range of toxic chemicals.

FAST-ACT®

Earth Mineral Technology

Our technology is based on the use of safe earth minerals. Earth minerals inherently possess the ability to detoxify harmful chemicals. Timilon utilizes unique manufacturing approaches to greatly enhance the beneficial properties of the earth’s minerals while retaining their natural safety characteristics.

To better illustrate, earth minerals are highly organized at the molecular and building block levels. When they contact a harmful chemical, the earth’s mineral’s receptors (surface cites) capture the bad chemicals initiating the neutralization process on the surface.

FAST-ACT® has increased surface area, unique morphology, high chemical reactivity, and high porosity, contributing to the enhanced adsorption and neutralizing characteristics. FAST-ACT® has the ability not only to contain and chemically break down a wide variety of chemical compounds, known as chemical warfare decontamination but also the ability to break down toxic industrial chemicals and toxic industrial materials.

How Does it Work?

The technology is a high surface area metal oxide blend. Metal oxides inherently have some chemical breakdown ability, but through our proprietary processes, we are able to greatly enhance that ability.

Our materials have very irregular shapes and high pore structures. The technology when it comes into contact with the chemical brings it onto the surface and into the pores of the earth mineral material.

At this point, an interaction (such as a chemical mechanism) can occur. For some chemicals, this is more of physical interaction and then for some chemicals, there is physical and chemical interaction.