The Container neutralizer (FAST-ACT) is a special blend of common metal oxides (like magnesium oxide MgO and titanium dioxide TiO₂) processed into very fine particles (around 5 microns), with a porous, high-surface-area structure. When it touches reactive, hazardous chemicals (vapours, liquids, or spills), it uses ionic bonding: the neutralizer binds to the chemical’s ions, completing its own molecular structure, thereby neutralizing the threat into a non-hazardous byproduct.

It works well for many corrosive materials, vapour hazards, liquid solvent spills, alcohols, phenols, halogen/halides, acids, and gases including H₂S and chlorine. It is not effective for certain heavy metals, solid wastes, or some radiological/nuclear agents. The Application Table shows which substances are neutralised, which are only adsorbed, and which materials it does not work with. (Aska Equipments Private Limited)

No — it’s ready-to-use. You don’t have to mix it with water or other solvents for many applications. It reacts directly with the hazardous chemical, vapour, or liquid spill without needing extra diluents. This makes it quicker and safer in urgent spill or vapour situations. (Aska Equipments Private Limited)

Yes. The material is non-toxic and non-corrosive in its normal form. After reacting with the target hazardous chemical, the residue is a neutral by-product (for example MgS when reacting with H₂S), minimizing risk. Still, normal safety precautions (gloves, eye protection, ventilation) should be used when dealing with hazardous chemicals. (Aska Equipments Private Limited)

The neutralization happens fast because of its high surface area and nanomaterial nature. As soon as the neutralizer comes in contact with the harmful vapour or liquid, the ionic bonding begins and the chemical is converted. The exact time depends on quantity, concentration, and how well the neutralizer is applied (coverage etc.).

For spills: sprinkle the powder over the liquid, cover fully, allow it to bind, then sweep or collect the neutralized material safely. For vapours: disperse the neutralizer in the affected area so it contacts the vapour molecules. Because it works on both liquids and gases, the key is coverage — making sure the neutralizer physically reaches the hazard.

It comes in a container (volume depends on your order), ready for immediate use. The coverage area depends on the type of chemical, its quantity, and concentration. Heavier or more concentrated spills will need more neutralizer. For smaller leaks or vapours, less material may suffice. For large spills, multiple containers will be needed.

Once the reaction is complete, the residue is generally non-hazardous or much less hazardous than the original chemical. However, disposal must still follow local regulations. Usually you can collect the residue, place in sealed bags or containers, label them properly, and dispose through hazardous waste management routes. Do not wash it down drains without verifying it's allowed.

Yes, extreme heat, humidity, or very cold conditions can affect reaction performance. While the product is designed for real-time, field conditions, very hot or freezing environments may slow down the binding process or make application more difficult. Store the container in cool, dry places, and in use ensure good ventilation and appropriate PPE.

You can tell by observing whether there is any visible vapour, smell, or chemical reaction continuing. If the neutralizer has stopped reacting (no more bubbling, heat, or odour), and the surface is dry (or residue stable), it’s likely done. For safety, always treat the area as possibly hazardous until you have confirmation (lab test, safety instrument, or expert check).