Strain Gauge

In pursuit of the world's highest standard of quality, our strain gages are available in a variety of gage lengths and patterns for use in a wide range of applications. They use a polyimide resin base approximately 14 μm thick and offer superior flexibility.

Featuring a longer gage length, the KC series gages are wire strain gages suitable for mean strain measurement of concrete under test. Usually, a model with the gage length over 3 times longer than the maximum diameter of the aggregate (gravel, sand, etc.) is selected for the purpose.

These foil strain gages are protected by a metallic case.

These weldable strain gages feature superior durability and environmental resistance. They require no coating even in extreme conditions (such as in high pressures or underwater), and can withstand a water pressure of approximately 10 MPa.

These strain gages can measure the fastening stress of a bolt when embedded in a φ2 hole drilled into the head of the bolt.

These foil strain gages are for measuring strain from the structural elastic region to the plastic region of various structures.

These foil type large-elongation strain gages are for measuring strain from the structural elastic region to the plastic region of various structures.

These foil strain gages integrated with an attached temperature sensor (T thermocouple) can be used to measure strain and temperature simultaneously.

The base is made of highly heat-resistant polyimide and the gage element is made of NiCr alloy foil, thereby ensuring less thermal output and excellent temperature characteristics.

The gage element is made of NiCr alloy, which exhibits excellent characteristics under low-temperature environments and is sandwiched between polyimde films.

The gage element is made of a special alloy which provides less magnetoresistant effect; also, the shape is designed to eliminate induction. Thus, the KFNB series foil strain gages allow the strain to be measured accurately under AC magnetic environments.

These strain gages are suitable for measuring strain in plastic materials such as acrylic resin.

These strain gages are tough yet easy to handle, and have superior temperature characteristics over a wide temperature range.

These strain gages are suitable for measuring strain in compound materials such as CFRP and GFRP. They make use of a special pattern to improve the effect of self heating caused by gage current as well as the reinforcement effect on low-elastic materials.

These strain gages are for evaluating the mechanical and temperature characteristics of PCBs found in electronic devices.

These shielded strain gages are completely covered with copper foil.

The base is made of highly heat-resistant polyimide and the gage element is made of NiCr alloy foil, thereby letting the KFU series gage exhibit superior characteristics over a wide temperature range.

These foil strain gages are capable of obtaining stable strain measurements in high-pressure hydrogen gas environments with less change in electrical resistance due to hydrogen, compared with conventional foil strain gages.

These strain gages are covered with a special resin and have a waterproof structure.

These compact waterproof strain gages are suitable for measuring strain outdoors or underwater, where there is little space for gage attachment.