K Series Metal Circular Push-pull Self-locking Connectors Manufacturers

Given that Taizhou Henglian Electric has a technology center and a quality inspection center, what modern inspection facilities and inspection test methods are used in the production process of the K series metal circular push-pull self-locking connector?

1. Support from the technology center
As the R&D core of Taizhou Henglian Electric, the technology center is responsible for the design, development and optimization of connector products. In the production process of the K series metal circular push-pull self-locking connector, the technology center provides the following key support:
Design verification: Using advanced computer-aided design (CAD) and computer-aided engineering (CAE) software, the technology center is able to accurately simulate and analyze the structure, materials and performance of the connector, thereby eliminating potential problems in the design stage and ensuring the reliability and durability of the product.
Process optimization: The technology center continuously explores and introduces new manufacturing processes and technologies to improve the production efficiency and product quality of the K series connector. For example, the use of precision machining and injection molding technology can ensure that the dimensions of each component of the connector are accurate and the surface finish is high.

2. Modern inspection facilities of the quality inspection center
The quality inspection center is a key department for Taizhou Henglian Electric to ensure product quality. In the production process of K series metal circular push-pull self-locking connectors, the quality inspection center adopts the following modern inspection facilities and means:
High-precision measuring equipment: The quality inspection center is equipped with various high-precision measuring equipment, such as vernier calipers, micrometers, microscopes, etc., for precise measurement of the size, shape and position accuracy of the connector. These equipment ensures the precise fit between the various components of the connector, thereby improving the reliability and stability of the connector.
Material performance tester: In order to evaluate the material properties of the connector, the quality inspection center uses various material performance testers, such as tensile testing machines, hardness testers, etc. These equipment can measure key performance indicators such as strength, hardness, and toughness of the material, thereby ensuring that the materials used in the connector meet the design requirements.
Electrical performance test system: The quality inspection center is also equipped with an electrical performance test system to measure the electrical properties of the connector, such as contact resistance, insulation resistance, withstand voltage, etc. These tests can ensure that the connector meets the design requirements in terms of electrical aspects, thereby preventing the occurrence of electrical failures.
Environmental adaptability test equipment: In order to evaluate the performance of the connector under different environmental conditions, the quality inspection center is also equipped with environmental adaptability test equipment, such as constant temperature and humidity test chambers, salt spray test chambers, vibration test benches, etc. These devices can simulate various environmental conditions that connectors may encounter, such as high temperature, low temperature, humidity, salt spray, vibration, etc., so as to verify the reliability and stability of connectors under these conditions.

3. Testing methods
In the production process of K series metal circular push-pull self-locking connectors, the quality inspection center also uses a variety of testing methods to ensure product quality:
Appearance inspection: Visually inspect the appearance of the connector, such as surface finish, color, scratches or damage, to ensure that the connector meets the appearance requirements.
Functional test: Perform plug-in and pull-out tests, locking tests, etc. on the connector to ensure that the connector functions normally and is easy to operate.
Durability test: Perform plug-in and pull-out durability tests on the connector to verify the reliability and stability of the connector during long-term use. These tests usually include plug-in and pull-out number tests, plug-in and pull-out force tests, etc.
Comprehensive analysis: The above test results are comprehensively analyzed to evaluate the overall performance and reliability of the connector. If any problems are found, they will be promptly fed back to the technical center and production department for improvement and optimization.