Engineering Human Microclimate

We make climate comfort strategically usable. From technical equipment and testing methodology to the development of robust experimental designs and sound evaluation, we provide holistic support. We assist you in systematically understanding heat and humidity processes, evaluating them reproducibly, and translating them specifically into product decisions.

We translate these findings into clear market arguments and resilient differentiating features within the competitive environment. In this way, comfort evolves from a subjective promise into a verifiable quality feature. Physical expertise creates a compelling USP—and the foundation for a sustainable leadership claim in the field of climate comfort.

Industry standards provide reproducible characteristic values for heat and humidity transport. They define constant test conditions and describe material properties with physical accuracy. However, they do not allow for a direct statement regarding expected heat and moisture sensations.

Our evaluation model adopts the basic physical principles of standardized testing but expands them by a crucial dimension: a realistic simulation of the human being as a source of heat and humidity. Between the source and the environment, the product now becomes the regulator, revealing its properties within the microclimate. The human-product interface remains dynamic—and becomes a measurable arena for comfort under defined conditions.

In this way, we do not evaluate isolated material parameters, but rather the actual effect of finished products. The resulting microclimate becomes an objective benchmark for thermal quality. This allows complex product lines to be assigned different comfort classes that target consumers with precision.