How to scientifically evaluate the protective performance of fireproof clothing, firefighter gear, and other special protective apparel has long been a challenge in the industry. Donghua University’s “Fire Man” test manikin provides an innovative solution to this problem.
The “Fire Man” is 175 cm tall and customized based on the body dimensions of adult Chinese males. Its body surface is evenly equipped with 135 high-temperature sensors. In the fire simulation laboratory, six groups of 12 flamethrowers are used, each capable of delivering 84 kW/m² of heat flux within 2–3 seconds, immersing the manikin in a firestorm. After the experiment, data from each sensor are analyzed to calculate the burn level on each part of the skin, the total burn area, and the time to develop second- and third-degree burns, thereby accurately assessing the actual protective effect of the clothing.
Donghua University’s Fire Simulation Laboratory took three years to build and represents an international frontier of apparel science and biophysics. According to the project leader and Director of the Department of Clothing Design and Engineering at Donghua University, the fire manikin system is of great scientific value for developing new heat-resistant clothing materials, designing thermal protective equipment scientifically, and effectively reducing thermal injuries to the human body in hazardous environments.
As a professional test manikin manufacturer, we provide high-precision, highly reliable manikins for various scientific and industrial experiments, helping clients scientifically validate the performance of protective equipment.
