【Summary description】 In this era of advanced science and technology, the connector industry market is booming, especially in the push-pull self-locking connector market demand continues to grow, the quality requirements of various industries for this type of connector equipment are also constantly improving, so in the production of connector products, we should pay attention to several aspects of the problem, because only the product quality is qualified, quality and precision is high In order to let more customers and enterprises favor. What are the main factors that affect the performance of push-pull self-locking connectors.

In this era of advanced science and technology, the connector industry market is booming, especially in the push-pull self-locking connector market demand continues to grow, the quality requirements of various industries for this type of connector equipment are also constantly improving, so in the production of connector products, we should pay attention to several aspects of the problem, because only the product quality is qualified, quality and precision is high In order to let more customers and enterprises favor. What are the main factors that affect the performance of push-pull self-locking connectors.

First of all, the voltage of push-pull self-locking connector: because the thermal effect accelerates the chemical reaction in the film area, it has a certain repair effect on the film, so the size of the voltage has a great impact on the application of the push-pull self-locking connector.

Secondly, the current of push-pull self-locking connector: when the current exceeds a certain value, the Joule heat produced by electrifying the tiny points on the contact surface will soften or melt the metal, which will affect the concentrated resistance and reduce the contact resistance.

Then there is the state of the push-pull self-locking connector surface: due to the deposition of oil and dust on the surface of the contact, a relatively loose surface film is formed, so the particles are easy to be embedded in the concave and convex parts of the contact surface, thus increasing the resistance of the contact and reducing the contact area of the contact, affecting the normal use of the push-pull self-locking connector.

Finally, the positive pressure of push-pull self-locking connector: in the push-pull self-locking connector, the positive pressure refers to the force generated by the contact surfaces of contacts and perpendicular to the contact surface. With the increase of positive pressure, the area and number of contact micro points will increase slowly, and the contact micro points will transition from elastic deformation to plastic deformation. These are the four factors that affect the performance of push-pull self-locking connector, manufacturers must pay attention to in the production process.