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Heat Flux Sensor Technology​

Explore our versatile range of robust and high-performing heat flux sensors, gSKINgt, engineered for a wide variety of industrial applications.

Precise Heat Flux Measurement with gSKINgt Sensors

Our gSKINgt heat flux sensors are engineered for various applications, including R&D, thermal optimization, energy efficiency, and industrial monitoring of thermal properties. Offering exceptional low invasiveness, rapid response time, and ultra-sensitivity, these sensors are perfect for demanding thermal measurements.

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Product Highlights

High Sensitivity

Detects minute thermal changes for accurate measurements

ISO Conforming

All sensors are ISO-conforming, with ISO 8301 standard measurements

Robust & Durable

Built to perform reliably and consistently in various industrial conditions

Swiss Patented

Our solutions, developed in Switzerland, are trusted by industries globally

Fast Response

Delivers real-time data for dynamic and efficient thermal monitoring

Slim Design

Thin, low-profile design ensures seamless integration into systems

P R O D U C T S

Heat Flux Sensors for R&D Applications

Choose from our four heat flux sensor models, each with varying dimensions for different applications. With a low-profile design, excellent response time, and high sensitivity, each sensor is ISO 8301 calibrated for precision.

gSKIN-XM

gSKIN® XM

Sensing Dimensions [mm x mm]: 4.4 x 4.4 x 0.5

Heat Flux Range Min / Max [kW/m2]: -150 / 150

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gSKIN-XP

gSKIN® XP

Sensing Dimensions [mm x mm]: 10.0 x 10.0 x 0.5

Heat Flux Range Min / Max [kW/m2]: -150 / 150

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gSKIN-XI

gSKIN® XI

Sensing Dimensions [mm x mm]: 18.0 x 18.0 x 0.5

Heat Flux Range Min / Max [kW/m2]: -150 / 150

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gSKIN-XO

gSKIN® XO

Sensing Dimensions [mm x mm]: 30.0 x 30.0 x 3.3

Heat Flux Range Min / Max [kW/m2]: -150 / 150

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gSKIN® Data Loggers for Efficient Data Collection

We also offer compatible gSKIN® Data Loggers with live read-out capabilities. The loggers store up to 2 million data points, provide micro- to nano-volt resolution, and feature a battery life of over one month. With included read-out software, a compact design, and a USB interface, they ensure seamless integration and easy data management.

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Sample Applications

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Phase Change Materials

Measure heat transfer during phase transitions

Aerogels

Analyze thermal properties of ultra-insulating materials

Battery Calorimetry

Monitor heat generation and dissipation in batteries with precision

Nuclear Research

Measure and evaluate thermal flux in nuclear systems 

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"The insights into thermal and material transfer coefficients in specific dryers that we gain from simulation measurements with gSKIN® sensors provide us with a foundation and a means of understanding targeted product optimization."

Dr. Ing. Philip Scharfer

Karlsruhe Institute of Technology (KIT)
Institute of Thermal Process Engineering
Head of Thin Film Technology (TFT)

Download Heat Flux Sensors Data Sheet

Receive detailed specifications for our heat flux sensors including: 

  • Sensing dimensions
  • Heat flux range
  • Heat flux resolution
  • Sensitivity (min./mean)
  • Response time
  • And more

Have more questions?

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