Low Voltage DC LED Neon Chemical & Pharmaceutic Lighting Solution Project
Proper lighting is particularly important, and LED neon is gradually replacing ordinary light bulbs. Ordinary light bulbs are prone to produce dark areas, especially when precision chemical experiments are required. Such lighting can lead to deviations in sight, and ultimately lead to errors in experimental results, resulting in a waste of manpower, material resources, and financial resources.
The LED neon light has a wide angle, uniform brightness, soft light, and no glare, and it will not hurt the eyes when working under the LED for a long time.
Secondly, LED neon installation is more flexible and convenient…
The pharmaceutical workshop must determine the color temperature and spectrum of the light source according to the type of drugs and needs to improve the professionalism, adaptability, and precision of the lighting design.
Compared with low-color-temperature light sources, high color temperature light sources can significantly improve color resolution and visual clarity.
Therefore, generally, pharmaceutical laboratories and testing rooms will choose light sources with a color temperature of 5000~6500K. LED neon color temperature can be customized at will, ranging from 2500K to 8000K according to actual needs…
Neon is corrosion-resistant, with an IP rating of not less than IP67, waterproof and moisture-proof, which avoids corrosion of lighting fixtures due to corrosive gases released in salt spray tests and hydrogen sulfide tests. Different types of laboratories have different lighting needs. Scientific researchers need to work for a long time. Comfortable lighting is indispensable. The lighting distribution needs to be uniform. Bright and soft lights will not make people feel dizzy.
The rational use of LED light sources is a key link in laboratory decoration. It is related to the visual comfort and work efficiency of scientific researchers and also affects the experimental results…
The comfort of light in the dispensing room is very important to scientific researchers. Proper lighting conditions not only help improve the accuracy and safety of pharmaceuticals and experiments but also effectively reduce personal risks caused by insufficient light.
Therefore, when choosing lighting, you must consider the brightness, natural color temperature and safety of the light.LED neon is a good choice, it uses voltage to work, and ven if the voltage is 24V, it can work normally, which makes it safer…
