Industry News & Insights

The very fact that outdoor energy storage equipment is deployed outdoors year-round dictates high requirements and a high standard for its supporting connectors. How to solve the connection challenges of outdoor energy storage? How to overcome the limitation of conventional waterproof connectors that cannot prevent gas leakage? This hermetic connector is sure to open up new possibilities for you.

Excessive temperature rise is a critical challenge for high-current connectors. Prolonged operation under high temperatures can lead to insulation failure, premature product retirement, and even fire hazards. Given the significance of temperature management, how can low-temperature performance be achieved in high-current connectors?

For high-voltage connectors, usage safety is always paramount and cannot be overlooked. Thus, touch-proof design has become a mandatory requirement in high-voltage connector design.

As the "core hub" of modern industry and smart manufacturing, the efficient data transmission via USB interfaces is a key factor in unlocking an Industrial PC's (IPC) performance potential. What are the requirements of IPCs for industrial-grade USB connectors, and how should users select the right one?

As a critical component in solar photovoltaic systems, solar actuators face complex and variable environmental factors in outdoor settings. Ensuring highly reliable operation in these conditions heavily tests the connector's reliability and hermeticity. So, how does the LP20 Hermetic Connector achieve this?

Hermetic connectors, which protect against both liquids and gases with a focus on preventing gas leakage, are widely used and highly functional. Let's explore the main factors causing hermetic failure in these connectors and how to mitigate them to build a strong performance barrier.