New Camouflage Makeup Protects Soldiers from Bomb Blast Burns
Problem: Bomb Blast Burns
Bomb blasts generate intense heat that can cause severe burns. Soldiers wearing traditional wax-based camouflage makeup face an increased risk, as the makeup melts into their skin under the heat.
Solution: Heat-Resistant Camouflage Makeup
To address this problem, the Department of Defense commissioned the development of a new camouflage makeup that could protect soldiers’ faces from intense heat. After extensive research, scientists developed a formula that resists heat for up to 15 seconds, providing soldiers with valuable time to escape the blast zone.
Key Innovations
- Silicone Base: Silicone is less flammable than the fatty substances in traditional wax-based makeup.
- DEET Encapsulation: DEET, a flammable insect repellent, is essential in camouflage makeup. Researchers encapsulated DEET in a water-rich hydrogel substance to prevent it from igniting.
Animal Testing and Future Applications
Researchers at the University of Southern Mississippi are conducting animal testing to further refine the formula. They aim to develop a version that can be applied to fabric, tents, and other materials to enhance their fire resistance. They are also working on a colorless version for firefighters.
Benefits for Soldiers
- Reduced Burn Risk: The heat-resistant camouflage makeup significantly reduces the risk of third-degree burns on soldiers’ faces and hands.
- Increased Survivability: The extra time provided by the makeup’s heat resistance can be crucial for soldiers to escape the blast zone and receive medical attention.
- Improved Morale: Knowing that they are better protected from burns can boost soldiers’ morale and confidence in their equipment.
Benefits Beyond the Military
- Firefighter Protection: A colorless version of the camouflage makeup could provide firefighters with enhanced protection from heat and flames.
- Industrial Applications: The heat-resistant properties of the makeup could be utilized in various industrial settings, such as protecting workers from accidental fires.
- Fabric and Material Enhancement: Applying the makeup to fabric and other materials could improve their fire resistance, making them safer for use in high-risk environments.
Conclusion
The development of heat-resistant camouflage makeup is a significant advancement in soldier protection. It reduces the risk of severe burns, increases survivability, and boosts morale. Beyond the military, this technology has potential applications in firefighting, industrial settings, and enhancing the fire resistance of materials.