Water-purification tablets

Description

Water-purification tablets provide a simple, effective way to make drinking water safe during emergencies. Each tablet contains 33mg of NaDCC (sodium dichloroisocyanurate), a reliable chlorine-based compound widely used in humanitarian water treatment. These tablets help prevent the spread of disease by making contaminated water safe to drink.

In humanitarian programs, clean water is often unavailable. Therefore, tablets like these offer a practical solution for displaced families and communities. The product comes in a lightweight box with 30 individually sealed tablets, enough to treat 150 liters of water. With clear instructions included, people can easily use them without special tools or training.

Because of their long shelf life and ease of use, water-purification tablets are especially useful in hygiene kits, WASH interventions, and emergency preparedness packages. They are also suitable for stockpiling and quick deployment during natural disasters or conflicts.

Specifications

• Content: 30 tablets

• Active Ingredient: 33mg NaDCC (sodium dichloroisocyanurate)

• Treatment Capacity: 150 liters (5 liters per tablet)

• Shelf Life: Minimum 3 years

• Packaging: Moisture-resistant box

• Instructions: Pictogram or multilingual leaflet included

Key Features of Water-Purification Tablets

• Each tablet treats 5 liters of water quickly and safely

• Chlorine-based compound approved by WHO for emergency use

• Lightweight, compact packaging for easy distribution

• Clear instructions make usage simple, even in low-literacy settings

• Ideal for WASH programs, hygiene kits, or disaster preparedness

• Long-lasting product with minimal storage requirements

Use in Humanitarian Settings

Humanitarian agencies frequently include water-purification tablets in hygiene kits and emergency relief supplies. For instance, they are distributed in refugee camps, flood-affected regions, and areas with disrupted water infrastructure. Since each tablet can treat several liters of water, they are a practical solution where access to safe water is limited. As a result, they help reduce the risk of waterborne diseases and promote better hygiene outcomes.