Nuclear, fossil fuel, and industrial power generation demand sensors that hold calibration under radiation, extreme heat, and continuous vibration. SMD thin film technology is built for exactly these conditions.
Sensor Families
Thin film pressure sensors for nuclear instrumentation, high-temperature process monitoring, and harsh-environment pressure measurement where sensor survivability is the primary design requirement.
Load cells and force sensors for structural monitoring of energy infrastructure, crane and lifting systems in nuclear facilities, and vibration-intensive industrial power environments.
Reaction torque measurement for turbine test stands, generator coupling characterization, and valve actuator torque monitoring in power generation equipment.
Non-contact level sensing for coolant tanks, fuel storage, and process fluid reservoirs in power plant auxiliary systems.
Applications
Pressure and load sensors designed for radiation-tolerant deployment in nuclear plant process monitoring and structural sensing applications.
Hermetically sealed sensors rated for high temperature, vibration, and corrosive atmospheres in fossil fuel, geothermal, and nuclear power generation.
Torque and force measurement on turbine test stands, generator coupling rigs, and power transmission characterization in energy R&D.
Load monitoring for lifting systems, structural supports, and heavy equipment in nuclear and industrial power facilities.
Pressure sensing and level detection in secondary coolant circuits, cooling tower systems, and auxiliary heat rejection equipment.
Custom sensor solutions engineered for extreme shock, vibration, radiation, and temperature environments where standard commercial sensors cannot meet service life requirements.
Our applications engineers specialise in custom sensor solutions for extreme environments. We'll define the survivability requirements and engineer a sensor that meets them.