US innovation accelerator
Engineering fabrics through science and technology
With our extensive US network of partners spanning public and private sectors, we accelerate textile innovation by integrating entomology, polymer/materials sciences, and textile engineering. Together, we develop fabrics that protect people from disease-carrying insects and crops from agricultural pests.
Science-driven design
Our work in insecticide-treated textiles brings together biology and material science to engineer fabrics that protect people and livelihoods. By studying how insects interact with fabrics and how active ingredients are held and released within fibres, we design textiles that provide reliable protection that last over time. This research-led approach guides our product development, from long-lasting insecticide-treated mosquito nets for global health to worldwide applications for agriculture.
Understanding insects and materials
Over a decade of US collaboration complements our work with African scientists to help deepen understanding of insect biology and resistance. Our research shows how different species respond to different active ingredients and how fabric design affects protection.
At the same time, studies in material science examine how insecticides and fibres work together, and control how protection is released. These insights guide the design of fabrics that perform safely and effectively.
From research to product
Partnerships with US textile experts also give us access to advanced processing and testing facilities. We study the structural design and chemical and physical properties of yarn, optimize knitting and weaving, and test physical and chemical durability to strengthen performance and sustainability.
Collaborations with polymer/material and manufacturing specialists help move discoveries from the laboratory to large-scale production. The development of new yarn structure and types that can withhold and control the release of insecticides, supports a new generation of long-lasting protective fabrics.
Mosquito net technology and beyond
Our insecticide-treated mosquito nets remain among the most effective tools for malaria prevention. From polymer composition and fabric durability to the steady release of insecticides, decades of research have refined the design of our bed nets. Today, the same textile technologies developed for mosquito control are being applied to fabrics targeting other pests and parasites.
Using insecticide-treated fabric can remove the need for general spraying of insecticides—thereby reducing the impact on beneficial insects, such as bees and other pollinators.
By adapting polymer formulations and coating techniques, we are creating fabrics suited for different environments and pest species, expanding the potential of vector and pest control. In addition, our technology will be able to incorporate active ingredients such as pheromones and kairomones, along with targeted insecticides to create effective attract-and-kill stations for agricultural and domestic pest control.