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High Temperature Foil Multi-Axial Stress Strain Gauges For High Accuracy Load Sensor

High Temperature Foil Multi-Axial Stress Strain Gauges For High Accuracy Load Sensor

Model: HBF-KA

Resistance: 360-2000 (ohm)

Material: Foil

Payment Terms: FOB OR EXW Shenzhen OR GUANGZHOU

Descriptions

High Temperature Foil Multi-Axial Stress Strain Gauges For High Accuracy Load Sensor for your business

The HaiboSensor type foil strain gauge is a small, flexible sensor made of thin metal foil that measures how much an object stretches or bends by detecting changes in electrical resistance when force is applied, commonly used in scales, vehicles, buildings, and medical devices to monitor stress and strain. Foil Constantan or karma-measuring grid material. The sensitive grid is very thin and can better reflect the deformation of the component surface. Therefore, the measurement accuracy is high. A 60-5000 ohm strain gauge can be customized; it is widely used in various weighing instruments, industrial force measurement, stress analysis and testing, high-temperature melt pressure sensors, and so on.

 

Key Features:

Foil Constantan or karma-measuring grid material.
Rated Resistance: 350 – 2000
Various creep codes available
Used in applications where shear load cell or torque force is measured.
Single measuring grid on a backing, usually directed into a 45° angle
Silver or enameled wires and cables

 

Usage & Applications:

1. Single-Linear (Uniaxial) Foil Gauges
Load Cells (beam-type, bending applications).
Stress Analysis (unidirectional force testing in materials).
Structural Monitoring (e.g., axial strain in bridges, trusses

2. Rosette (Multi-Axial) Foil Gauges
Design: Multiple grids arranged at specific angles (e.g., 0°/45°/90° or 0°/60°/120° 200°) to measure complex strain fields.
Types & Applications:
90° (Two-Element) Rosette—Measures biaxial strain (e.g., pressure vessels).
45° or 60° (Three-Element) Rosette—Determines principal strains in sheet metal, automotive components, and aircraft wings.
T-Type Rosette—Used in torque sensors (measuring shear strain in shafts).

200° (Three-Element) Rosette— industrial force measurement, stress analysis and testing, and high-temperature melt pressure sensors.

3. Shear/Torque Foil Gauges
Design: Diagonal grid pattern optimized for shear strain measurement.
Torque sensors (rotating shafts in engines and robotics).
Force transducers (twisting/bending applications).

4. Diaphragm (Planar) Foil Gauges Design:
Pressure Sensors (fluid/gas pressure measurement).
Medical Devices (blood pressure sensors, respiratory monitors).

5. Full-Bridge Foil Gauges (Pre-Installed Wheatstone Bridge)
Design: Four active strain gauges in a Wheatstone bridge configuration for high sensitivity & temperature compensation.
Used in:
High-Precision Load Cells (industrial weighing, aerospace testing).
Strain-based accelerometers (vibration sensors).

6: Industrial force measurement, stress analysis and testing, high temperature melt pressure sensors and so on

 

Customized Part:

Wire Length: Electric Cables, Silver, Enameled Wires
Strain Gauge Outer Size.
ODM/OEM.
Package.

Dimension Size:

High Temperature Foil Multi-Axial Stress Strain Gauges For High Accuracy Load Sensor KA SIZE

 

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