HUKSEFLUX Thermal Conductivity Systems

Hukseflux

hukseflux

Hukseflux is specialised in the measurement of 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 mtn01

 

MTN01

Multi-purpose Thermal Needle System for Thermal Resistivity / Conductivity Measurement

Product Details...

hukseflux ftn01

FTN01

Field Thermal Needle System for Thermal Resistivity / Conductivity Measurement

Product Details...

tns01 1

TNS01

Thermal Needle Set for Thermal Resistivity / Conductivity Measurement

Product Details...

hukseflux trsys01

TRSYS01

High Accuracy Thermal Resistance Measurement System with 2 Measurement Locations

Product Details...

hukseflux yapifizigi

Building Physics

In building physics, the investigation of the insulation capabilities of building materials is an important subject of study. Hukseflux is the present market leader in heat flux measurement related to building physics. The most commonly used sensor is type HFP01. Hukseflux supplies turn-key systems for analysis of thermal resistance of building envelopes and elements.

hukseflux malzemebilimi

Material Science

Hukseflux is specialised in the measurement of 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 termalguzergah

Thermal Route Survey

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.

There are two product categories: The first consists of scientific systems (needle types TP02 and TP08, with system type TPSYS02). The second category is systems designed for robustness rather than accuracy, with systems FTN01, MTN01 and TNS01.

Top