Protecting households against malaria mosquitoes
The Eave Tubes for malaria are a game-changing household protection product, leveraging the natural route of mosquitoes to enter houses at night through ventilation gaps under house eaves. The wall-inserted ventilation tubes deploy removable gauze inserts treated with special mosquito-killing actives. By using Eave Tubes, malaria mosquitoes are blocked from entering, which protects the entire household. Malaria transmission is prevented by using the In2Care patented charged netting technology, which effectively kills even insecticide-resistant mosquitoes.
- Household protection product
- Easy-to-install tubes + removable gauze inserts
- Blocks mosquitoes from entering the house
- Kills (insecticide-resistant) malaria vectors
- Protects the whole family
- Suitable for majority of African house styles
In2Care is currently executing a large roll out of Eave tubes in Ivory Coast, as part of an extensive epidemiological field trial funded by the Bill & Melinda Gates Foundation. Around 6000 houses in 20 rural villages will receive our new malaria intervention in 2016.
One-off installment needed and cheap inserts for re-treatment. No need for electricity.
Protects the entire household and effectively kills even insecticide-resistant mosquitoes
Uses small amounts of safe insecticides beyond the reach of house occupants.
Eave tubes deploy robust netting inserts designed to fit in standard 6-inch PVC tubes. Inserts are made from strong, yet flexible plastic material and can be mass-produced via injection-moulding. Their design enables easy handling and placement of inserts into the wall tubes from the outside of the house.
Eave tube netting uses innovative electrostatic coating technology to bind insecticides and transfer high doses to mosquitoes that make contact with the gauze. We showed that this is very effective against all mosquito species, even the ones that have become highly resistant to chemical insecticides. Eave tubes can therefore provide a resistance breaking tool against malaria vectors.