Why Traditional Assembly Methods Triumph Over Magnetic Modules for Outdoor LED Pole Screens

In urban environments, LED pole screen are emerging as a modern alternative to traditional billboards and signboards. These new information display facilities face unique challenges in outdoor settings, which makes the choice of assembly method critical for their durability and effectiveness. While magnetic modules are popular in many electronic products due to their easy assembly, they fall short in outdoor applications. This article explores the reasons why traditional assembly methods, such as bolting and welding, are superior for outdoor LED pole screens.

The Drawbacks of Magnetic Modules in Outdoor LED Pole Screens

Magnetic modules offer quick installation, strong detachability, and easy maintenance, thanks to their use of magnetic principles to connect and assemble components. However, these advantages become liabilities in the outdoor environment due to several factors:

Wind and Vibration Effects

In outdoor settings,  pole screens must withstand wind and vibrations. Strong winds and wind pressure can displace or detach magnetic modules, which are stable in indoor environments but vulnerable outdoors. This instability compromises the normal functioning of LED pole screens.

Temperature and Humidity Changes

Outdoor environments experience wide temperature fluctuations, from extreme highs to lows. These variations impact the performance of magnetic materials. High or low temperatures can weaken the magnetic force, causing modules to loosen or fall off, especially under severe conditions.

Physical Impact and Damage

Urban environments expose LED pole screens to physical impacts, such as flying debris or vehicle scratches. The weak connection method of magnetic modules cannot withstand such forces, leading to screen components falling off or getting damaged easily.

The Superiority of Traditional Assembly Methods

In contrast, traditional fixing devices like bolts and welding offer superior stability and durability for outdoor pole screens. These methods address the challenges posed by outdoor environments more effectively:

Stability

Bolting or welding provides stronger structural stability, ensuring that LED pole screen components remain secure under various environmental conditions. This method prevents displacement or detachment caused by wind or vibration.

Durability

Traditional assembly methods utilize durable materials and technologies that withstand extreme temperature and humidity changes. These methods exhibit higher durability and stability during long-term outdoor use.

Impact Resistance

Traditional assembly techniques offer better impact resistance, allowing LED pole sign to endure physical impacts without significant damage. This is crucial for maintaining the stability of public facilities over time.

Conclusion: Choosing the Right Assembly Method for Outdoor LED Pole Screens

While magnetic modules are convenient for certain applications, they are not suitable for the outdoor installation of LED pole screens due to their shortcomings in stability and durability. Factors such as wind, temperature fluctuations, humidity, and physical impacts necessitate an assembly method that ensures greater reliability. Traditional fixing devices like bolts and welding methods provide the necessary stability and durability, making them the best choice for outdoor digital pole LED screens. To ensure the long-term operation of these screens under harsh environmental conditions, traditional assembly methods are the most reliable solution available today.

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