Thermal manikins: Precise thermal testing solutions

Thermal manikins are essential tools for evaluating heat transfer, insulation, and human comfort in various environments.  Our thermal manikins at PT Teknik ApS are based on solid scientific research and state of the art technology to offer accurate simulations of human thermal responses, providing reliable data for research and product development.

What are thermal manikins?

Thermal manikins are designed to replicate human body heat and respond to environmental conditions, mimicking real-life thermal behavior. These manikins accurately measure the skin temperature and heat loss, and calculate the equivalent temperature, clothing values as well as standard, well-documented thermal sensation/comfort indices. are able to measure temperature variations, providing detailed insights into heat loss, insulation performance, and environmental impact. Read more about our other products, such as sweating manikin or to learn more about thermal comfort.

Applications of thermal manikins

Thermal manikins can be placed standing/walking, sitting or lying down depending on the application. The body can be separated in the waist without tools for easy transport and manipulation. They are perfect for testing the effectiveness of materials, products, and systems in terms of thermal comfort and energy efficiency. The manikin control software can be coupled with the JOS – 3 thermophysiology model which enables simulation of realistic thermal behaviour and comfort evaluation in transient environments.

Our thermal manikins are widely used in the following industries:

• Built Environment & HVAC: Optimize heating, cooling, and ventilation systems to ensure comfort and energy efficiency.
• Automotive & Transportation: Assess cabin comfort, improving climate control in vehicles.
• Clothing & Wearables: Test clothing ensembles and garments designs for thermal insulation to enhance comfort.
• Military & Protective Gear: Develop and evaluate clothing for extreme temperature conditions, ensuring maximum protection and evaluating effect on wearers body