This article is provided by Jinan Zhuyan Instrument and Equipment***.
The coil tensile testing instrument is a high-end experimental equipment suitable for the determination of mechanical properties of a wide range of materials, especially in the construction, aerospace, automotive and other industrial fields, and is used to evaluate the strength, toughness and durability of materials and other important performance indicators. This article will detail the functions, application areas, workflows and significant advantages of coil tensile testing instruments.
1. Functional characteristics of coil tensile testing instrument.
The main function of this coil tensile testing instrument is to test the mechanical properties of tensile, compression, bending and other coils for various metals, non-metals, composite materials and other coils. The device can accurately measure forces and displacements, and realize the evaluation of the mechanical properties of materials in different environments. In addition, the coil tensile testing instrument can also participate in complex experiments such as fatigue testing and creep testing, so as to understand and grasp the mechanical properties of the material in an all-round way.
Second, the application field of coil tensile testing instrument.
Coil tensile testing instruments are used in various industries, such as construction, aerospace, automotive, etc. In the construction field, this equipment is mainly responsible for the mechanical properties of building materials such as steel bars, steel strands, and rubber bearings. In the aerospace field, coil tensile testing instruments mainly assist in monitoring the mechanical properties of light and high-strength materials such as composite materials and aluminum alloys. In the automobile manufacturing industry, this equipment is mainly used to test the mechanical properties of materials such as springs and brake pads of automobile parts.
3. The workflow of the coil tensile testing instrument.
The working principle of the coil tensile test instrument is mainly to use high-precision force sensors and displacement sensors to apply a certain force to the sample and monitor the deformation of the sample at the same time. Through the data analysis and processing of the computer system, the stress-strain curve of the sample and the relevant mechanical property parameters can be obtained. In addition, the coil tensile test instrument also adopts a high-precision control system and data acquisition system to ensure the accuracy and reliability of the test results.
Fourth, the advantages of coil tensile testing instruments.
High precision: The coil tensile test instrument adopts high-precision force transducer and displacement transducer, which makes the test results more accurate.
High degree of automation: This equipment uses a computer control system for automatic control and data acquisition, which greatly improves the work efficiency. Electronic tensile testing machine