LED Neon Flex Lights are a flexible linear uniform light that uses high-brightness SMD LED strips as its internal light source. After that, the light is wrapped in silicone, PVC, or PU (Polyurethane) to diffuse it so it can be used in various applications.
What are the distinguishing characteristics of LED Neon Flex lights?
1. To begin, the light-emitting diode (LED) used as the illumination source helps maintain a low working voltage. A low usage of energy is a definite advantage. It operates appropriately at 24Vdc, and its power consumption is often lower than 15W per meter.
2 Extremely luminous. The light source is made up of ultra-bright SMD LEDs, and there are 120 of them per linear meter. This ensures not just a high-lumen output but also a glow that is uniform throughout the space.
3. Third, it has a long lifespan and is highly resilient. The light is generated by LEDs, which have a lifespan of up to 50,000 hours and are extremely energy efficient. The addition of flexible silicone, PVC, or PU gel means there is no need to worry about the light breaking as there would be with classic glass neon.
4. The LED neon flex light is easily sliced and bendable, with a bending radius of no less than 5 centimeters and a bending radius of no less than 5 centimeters.
5. Safe. Because they can run on either 12V or 24V and won’t shatter if they are dropped, LED neon lights are a more secure lighting option than classic glass neon lights. To function normally, traditional glass neon lights need to be supplied with a high voltage of up to 15,000V.
The convenience of installation and portability comes at number six on the list of advantages. Because it contains an LED bulb and has an exterior made of PVC, silicone, and PU, the light fixture won’t break when transported. After the mounting clips or channels have been secured in place, the LED flexible neon is inserted into them with a simple pressing motion.
What advantages do LED Neon Flex Lights have over traditional neon lights, and how might these advantages be utilized?
1. Creating classic neon lights requires using glass tubes, high-voltage electricity, and inert gas. Not only is this method challenging, but it is also expensive and uncomfortable. LED neon flex lights with an innovative construction encase the LED light source in PVC, silicone, or PU for increased light intensity and uniformity. This is accomplished through patented optical design technologies and a housing design tailored to the product’s specific needs. As a result, LED neon lights has revolutionized the lighting business thanks to its exceptionally high efficiency and low production complexity.
2. LED neon flex lights are typically 2x times brighter than conventional neon in terms
3. LED neon flex lights have a longer lifespan and are more durable than traditional neon flex lights. This brings us to point number three. Because LEDs are used as the source of light and PVC, silicone, or polyurethane is used as the housing; LED neon flex has a lifespan of up to 30,000 hours.
4. Traditional glass neon lights often use more than 20W per meter of power; however, the minimum power required for LED neon flex lights is less than 5W per meter. This makes LED neon flex lights more energy efficient than traditional glass neon lights.
5. A transformer is needed to increase the voltage from 220V/100V to 15000V so that the inert gas inside the glass tube of a classic neon light can be excited. From that exact tube of glass, there is only ever going to be a single color produced. Glass tubes are typically sold in sets, so if you wish to combine many hues, you will need more than one tube. In addition, the typical form of the neon light has to be designed before production can begin; once the manufacturer has started creating the lights, any necessary alterations cannot be made. LED neon flex lights can be bent in any direction and trimmed to size on the job site. They are available in many colors: white, tunable white, RGB, RGBW, DMX512 Pixel, and others.
6. LED neon flex lights are safer than traditional neon flex lights since they run on lower voltages (12V or 24V), are resistant to shock, produce less heat, and do not present any potential fire dangers.
7. Conventional neon lights have a narrow temperature range in which they can function, which necessitates an increase in the voltage when powered on. As a result, these lights are more expensive and have shorter lifespans. LED, a cold light source with minimum heat dissipation and low power consumption, powers the LED neon flex light. The material can withstand both high heat and shock without being damaged.
LED neon flex lights are better for the environment, bringing us to point eight. In contrast to conventional neon lights, LED neon flex lights do not release harmful substances into the atmosphere, such as heavy metals or other hazardous materials.