Wire tension is one of the methods of using wire tension in the laboratory or industry. In this method, a sample or wire with a specific pattern is sewn and then stretched under tension. The wire tension gauge is used to measure and check the mechanical properties of materials, so that by changing the shape of the gauge, changes in tension and deformation in the sample can be measured and analyzed.
The way the wire tension doser works is that at first, a sample of the tested material is selected and sewn with certain patterns. These patterns usually include oilheads or airheads that are attached to the wire and create a specific pattern during the test. Then, the stitched sample is placed in the wire tensioning device and the tension force is applied slowly on it. By applying tensile force, the dose is stretched in the sample and its deformation can be observed by measuring the changes in the dose patterns. Appropriate sensors and devices are used to measure changes in shape and stress in the dose. This information is then sent to the control device and can be analyzed and checked. By using the tensile strength of the wire, the mechanical properties of the material can be identified and checked. This method is used in materials engineering, mechanical and industrial laboratories to investigate and analyze the behavior of materials under stress. In the method of wire tensioning dose, different types of doses are used, which have differences depending on the experimental needs and the investigated properties.
The common types of wire stretching are:
1. Simple wire gauge (Plain Gauge): This type of wire tension gauge is simply a wire without any special pattern. This type of gauge is used to measure deformation and stress in different samples. 2. Glycerin-filled gauge: This type of wire tension gauge contains glycerin oil. . Oil is used inside the dose to increase sensitivity and reduce measurement error. Oil gauge is used for experiments that require accurate measurement of changes in shape and tension. 3. Pneumatic Gauge: In this type of gauge, oil is replaced with The air is full. These gauges are used to measure shape and stress changes with high accuracy. Air gauges are usually used in advanced and research laboratories.
4. Graded gauge: This type of gauge, which is also known as graded, has different parts with Sensitivities are different. These parts are usually marked with different colors and connect to specific locations in the sample. This type of gauge is used to check specific points of the sample or different mechanical changes at different points.
These are just a few types of wire tension gauges that are used in various laboratories and industries. Each type of dose has its own characteristics and uses, which depend on the needs of the experiment and the study.