ELM 4-1.010

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Electrolytic & Non-electrolytic LED Spacers (ELM 4-1.010) are designed to provide a secure connection between an LED panel and a printed circuit board. They are specifically designed to provide good connectivity, reduce the stress on the connection, and protect the LED panel from damage due to thermal or physical shock.

ELM 4-1.010 spacers are made from a combination of rigid and semi-rigid materials to ensure optimum thermal and mechanical protection for the LED panel. The semi-rigid material enables the spacer to be flexible and easily assembled with their respective printed circuit boards. The rigid material provides extra protection from shock and vibration, as well as ensuring good contact between the spacer and the LED panel.

The working principle of ELM 4-1.010 spacers is quite simple. The spacer is inserted between the printed circuit board and the LED panel, making a secure connection. The tight fit of the spacer helps to provide a reliable connection and minimizes the risk of sparking due to loose or faulty connections. This design also helps to reduce mechanical stresses, which can cause damage to the LED panel.

ELM 4-1.010 spacers are strong and durable, making them ideal for high-reliability applications, such as medical, military, and aerospace. They are available in various thicknesses, from 0.5mm to 4.0mm, and a range of colors, making them suitable for a variety of applications, from indoor lighting to sign production. In addition, ELM 4-1.010 spacers are also resistant to corrosion and a variety of chemicals, making them an excellent choice for harsh environments.

In summary, ELM 4-1.010 spacers are excellent LED spacers in terms of performance, strength and durability. They are designed to provide secure, reliable and shock-proof connections that won’t fail, even in the harshest conditions. They are widely used in a variety of applications, from industrial to medical and aerospace, making them one of the most popular LED spacer products available.

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