reasons for damaged tuya led panel lightsLED full known as semiconductor light-emitting diode, made of semiconductor materials, to directly convert electric energy into light energy, electrical signal into light emitting devices; It is characterized by low power consumption, high brightness, gorgeous color, vibration, long life (normal light 8-100,000 hours), cold light source and other advantages, is the real "green lighting". In the future of the 21st century, the lighting products with LED as the light source will inevitably replace the white woven lamp and become another revolution of human lighting.

reasons for damaged tuya led panel lights The development of lighting is due to reasons for damaged tuya led panel lights have advantages such as adaptability, life span and efficiency over previous forms of lighting. Therefore, it is easy to understand why LED lighting is widely used in household lighting, industrial lighting for factories, Marine environment lighting, architectural lighting, design and many other applications. With reasons for damaged tuya led panel lights, as well as the booming solid-state lighting industry, developers of reasons for damaged tuya led panel lights are applying technology to harsh environments. Today discusses the need for protection reasons for damaged tuya led panel lights and circuit components in harsh environments, such as Marine applications. Coatings and other protection techniques can extend the life and performance of solid-state lighting systems.

reasons for damaged tuya led panel lights With the rapid development of the market, the right choice is the key for reasons for damaged tuya led panel lights to ensure performance and service life. Today, we highlight the reasons for damaged tuya led panel lights in a wide variety of environments and describe how to practice proper protection in these environments. The development process must ensure good optical performance of the solid-state lighting system while ensuring reliability. reasons for damaged tuya led panel lights applications are increasingly diverse. Design requirements, location, or functional proof of the product reasons for damaged tuya led panel lights designers face ever-changing topics. As with most electronic devices, the reasons for damaged tuya led panel lights are good until external influences begin to degrade their performance. These effects include dust, electrostatic attraction in a wet or corrosive environment, chemical or gas contamination, and many other possibilities. Therefore, you need to fully consider the end-use environment and choose the right product.

Comparing environmental conditions in standard building lighting applications to Marine environments helps to understand potential causes of deterioration. In architectural lighting applications, lighting units may be designed to cover reasons for damaged tuya led panel lights themselves, Or may be exposed only to general changes in ambient temperature and humidity for reasons for damaged tuya led panel lights direction. In Marine environments, reasons for damaged tuya led panel lights have the potential to be splashed or soaked by saltwater. In addition, in all cases, reasons for damaged tuya led panel lights work in salt spray environments for the majority of their service life. High salt conditions may cause corrosion of printed circuit board PCBS, whose properties change faster than usual with humidity. In general, both sealing resins and conformal coatings can provide a high level of protection in these environments.

Sealing resin

Sealing resins come in a variety of chemical types including epoxy, polyurethane and silicone. In general, epoxy resins provide stronger protection against mechanical effects, but other chemicals are less flexible and can cause problems in the thermal cycle. In addition, standard epoxy systems do not provide the clarity and color stability of other systems.

Silicone does have good clarity and works well at extreme temperatures, while polyurethane offers good flexibility, clarity and a high level of protection in harsh environments. After 1000 hours of UV exposure to the three chemical types of resins, by studying the differences in resin color and the differences in the transparency of the three chemical types of resins, the salient stability experiments were carried out in the outdoor conditions of each resin. Silicone and polyurethane resins are significantly superior to standard epoxy systems.

Advice from experience

Compare the performance of various products in harsh environment, but also according to the user's final use conditions for product selection. For example, the impact of corrosive gases on acrylic protective coatings, polyurethane resins, and silicone resins. A reduction in the proportion of beams for reasons for damaged tuya led panel lights was confirmed by radiating 3 into a mixed gas environment. These results clearly show the importance of choosing the right products for the environment. The surface insulation resistance of conformal coating will not deteriorate in corrosive gas environment, but for reasons for damaged tuya led panel lights, reasons for damaged tuya led panel lights, Make it through the reasons for damaged tuya led panel lights, performance will decline over time, so the reasons for damaged tuya led panel lights cannot be adequately protected.

Silicone has the same effect. However, in the experiment, the gas through the resin could affect the reasons for damaged tuya led panel lights, even though the protective layer was quite thick (2mm versus 50 microns). Comparing the results of silicone resin and polyurethane material, silicone resin is transparent to gas, but polyurethane resin of the same thickness is not, so the properties of these two chemical types are different. In this case, optically clear polyurethane resin is the best protection material for reasons for damaged tuya led panel lights from corrosive gases.

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