Heat Flux Sensors for Building Science, R-Value Testing & Building Envelope Research
FluxTeq PHFS-09e, Ultra-09, and NuFLUX-LE large-area heat flux sensors are used in building science research to measure heat flow through walls, windows, roofs, insulation materials, retrofit assemblies, and passive building-control systems.
Measure heat flow through walls, insulation assemblies, thermal bridges, and retrofit systems for in-situ U-value and R-value analysis.
Use direct heat flux measurement to evaluate window heat gain/loss, shading systems, solar control, and passive cooling strategies.
Characterize heat transfer through thermal insulation materials, adaptive building surfaces, mass timber systems, green roofs, and experimental envelope materials.
FluxTeq heat flux sensors have been used in published building science research from universities, national laboratories, and building technology researchers to evaluate wall assemblies, window heat transfer, thermal bridging, passive cooling, adaptive building surfaces, and insulation materials.