News

We are pleased to announce that LINKHIVE has successfully shipped 2000 units of F Series Mini S1/S2/S3/S4 Snap IP68 Mil Spec Push Pull Connectors (ADN IP68 MINI G8 SNAP F Series Military Standard Circular Sockets) to the Middle East. With the current instability in the region, the demand for high-performance military connectors, including 4-pin military connectors, push pull connectors, right angle plugs, mini snap connectors, mil spec bulkhead connectors, and military circular connectors has surged. These connectors are critical for ensuring the reliability and stability of military systems, communication networks, and security devices in extreme environments.

You should fully understand the push-pull self-locking connector that you are operating and be familiar with its operation method to ensure correct operation. For push-pull self-locking connectors that do not have anti-mistake operation function, color codes or markings should be used for identification, or appropriate model compatibility should be ensured before connection, with correct positioning during mutual connection.

Threaded connection method is a connection method often used for electrical connectors with larger contact parts and working in strong vibration environments. Threaded connection method can be equipped with a fuse to prevent loosening after the connection is completed. Threaded connection method is reliable to use, but the connection and disconnection speed is slow.

The answer is yes! Push Pull Connectors are fully suitable for electricians' work scenarios, which can not only improve work efficiency, but also ensure the stability and safety of the connection. Whether in industrial automation, building construction, communication systems, medical equipment maintenance and other fields

The requirements for push pull electrical connectors in the aerospace field are extremely strict. Push pull electrical connectors are widely used in spacecraft, satellites, drones, flight control systems and other equipment due to their high reliability, vibration resistance, and extreme temperature resistance.

Slowly push the plug of the Push Pull Connectors into the socket. At this time, the contact pins in the connector will automatically contact the corresponding socket pins to form a preliminary connection.

Push pull connectors are usually designed to withstand a certain number of plugging and unplugging operations. For most industrial-grade push pull connectors, their design life is generally more than 5,000 times. For some high-end push pull electrical connectors, the number of plugging and unplugging can reach 10,000 times or more.

One of the biggest advantages of push pull electrical connectors is its simple operation method. Traditional connectors may require complex operations such as rotation or snapping to achieve plugging and unplugging, while Push Pull Connectors only need to push and pull to complete the connection and disconnection.

A waterproof electrical connector is an electrical connection component specially designed to prevent water, liquid, moisture, etc. from entering the interior of the connector. Its key function is to protect electrical contacts from moisture or other liquids, thereby ensuring that the equipment can work properly in humid, harsh or humid environments.

Sealing is the core of preventing water from entering the electrical connector. Connectors usually use seals such as O-rings, gaskets, silicone seals, etc. to ensure the waterproofness of the contact part. The quality of the sealing design directly affects the waterproof ability of the connector.