NIBCR RESISTIVE STRAIN GAUGE
From: 150,00 €Resistance strain gauges measure stress in structures and monitor tunnel lining tension, ensuring safety of temporary and permanent retaining works.
Next Industries provides a wide range of instruments for monitoring and control in the fields of geotechnics, hydrogeology, and civil engineering.
In addition to sensors for measuring physical parameters, the company offers comprehensive data acquisition systems—both manual and automatic—utilizing the most advanced technologies available in the industry, thus ensuring a complete service for its clients.
Electric crack meters, surface-mounted clinometers, load cells, strain gauges, piezometers, level sensors, in-place borehole inclinometers, and weather sensors are just a few examples.
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Resistance strain gauges measure stress in structures and monitor tunnel lining tension, ensuring safety of temporary and permanent retaining works.
Surface clinometers are essential tools for monitoring the inclination of structures, retaining walls, rock masses, and analyzing the behavior of bridges or beams under load.
The In-place Inclinometer is a device that continuously measures deformation. The tube has two coasters, each equipped with wheels, that are inserted inside the inclinometer to measure the deformation.
The in-place inclinometer is a device that measures deformation by using a tilt sensor (or two tilt sensors at a 90-degree angle in the biaxial version) inside a stainless steel tube.
The Electric Crackmeter uses a potentiometric displacement transducer to detect changes in position between two points located near a joint or injury.
The resistive piezometer is a pressure transducer that measures interstitial pressure in soil. The absolute device measures interstitial pressure, while the relative device measures the piezometric height.
Wire displacement sensors detect ground movement in unstable areas, offering reliable geotechnical monitoring in high-risk environments.
The vibrating wire strain gauges are used to measure stress in load-bearing structures or monitor tensions in tunnel linings during tunnel excavation phases.