Hukseflux is a leading manufacturer, both in technology and market share, of solar and longwave radiation sensors. Our customers are active in the following fields: solar energy, photovoltaic (PV) industry, meteorology and climatology.
We produce a complete range of next level radiometers, each with unique features and benefits, and compliant with the latest ISO, IEC and WMO standards:
- Pyranometer: global solar radiation
- Albedometer: global solar radiation and reflected solar radiation
- Pyrheliometer: direct solar radiation
- Pyrgeometer: longwave infra red radiation
- Net radiometer: solar plus longwave radiation balance
Hukseflux is the world market leader in heat flux measurement. We offer a wide range of sensors for measuring heat flux in many applications. The most commonly used model is HFP01, suitable for use in buildings as well as soils.
A second fairly common model is the SBG water cooled heat flux sensor / heat flux meter, used for studies of fire and flames (equivalent to Schmidt Boelter or Gardon gauge). In addition, we have special sensors for use under exotic conditions such as high temperatures, aggressive chemical conditions, on curved surfaces and many more variable applications.
Do you need a sensor or system for measurement of heat flow / heat flux / heat transfer? Hukseflux engineers will help you in choosing the right instrument for your needs.
Hukseflux offers sensors, systems and services for measuring thermal conductivity of plastics, composites, fluids, pastes, and granular materials like soils. Special capabilities include the measurement of composites in two directions (fiber and perpendicular to the fiber orientation), and the measurement of thin plastic and metal foil materials.
Hukseflux is the present market leader in the design of needle type thermal conductivity sensors. The main application of these sensors is in measurement of soil thermal conductivity and resistivity.
We offer systems and needle type thermal properties sensors for use in the field and for use in laboratory environments.