High temperature LED lights are specially designed to operate reliably and long-term in extremely high temp environments. We offer different types of high temp LED lights, including high bay, flood light(65°C), and vapor tight light(75°C). They can withstand ambient temperatures of 65°C/75°C or even higher and are suitable for a variety of industrial areas.
LEDRHYTHM high temperature LED lights maintain their light quality even in high temperature environments. Our fixtures utilize superior die-cast aluminum heat sinks, heat resistant electronics, and dedicated driver power. This ensures stable illumination even in environments with corrosion and metal dust, even at temperatures up to 75°C. They are widely applicable in high temperature areas, including steel mills, glass factories, ports and mines.
At LEDRHYTHM, we can customize LED lights for any high temp areas, such as those with temperatures up to 110°C.
Our high temperature LED lights offer stable operation at 65°C/75°C and lifespan exceeding 50,000 hours. They also boast IP65/IP66 ratings and feature die-cast aluminum or PC housings, effectively protecting against dust, water, and corrosion. They also feature intelligent control systems, such as 0–10V/DALI dimming and motion sensors, for easy lighting management.
LEDRHYTHM also offers three mainstream types of high temp LED lights: high bay light, flood light and vapor tight light. This means we are ideal for high temperature lighting, include high ceilings, complex and harsh environments and large outdoor areas.
To verify the durability of high temp LED lights, we conduct long-term high-temperature tests and record the data for each time period. For example, in video, we conducted 5,000-hour continuous test at 75°C for high temp LED high bay light:
The results of our 5,000-hour high temp lighting testing clearly demonstrate the reliability of our fixtures. These real data proves that LEDRHYTHM heat resistant LED lights maintain stable power, lumen, luminous efficacy and color temperature in various high temperature environments, ultimately reducing maintenance costs.
Our high temperature LED lights are widely used in environments where traditional fixtures cannot withstand extreme heat. Different types of lights are designed to suit applications:
Type | Typical Applications | Key Advantages |
---|---|---|
High Temp LED High Bay Lights | Steel plants, foundries, glass factories, warehouses | Stable performance under 65–75℃, high lumen output, for high ceilings |
High Temp LED Flood Lights | Ports, yards, outdoor industrial areas | Wide beam coverage, durable housing, excellent heat dissipation |
High Temp LED Vapor Tight Lights | Tunnels, corridors, enclosed workshops, humid & hot environments | IP66/IP69、IK10, linear design |
High temperature environments often require more complex lighting. We can offer professional high temp lighting design. Please contact us with your site size, lighting requirements and ambient temperature.
We will provide a lighting solution within 24 hours, including information on fixture power, beam angle, layout, mounting height and illumination. We can also customize to meet your specific needs for higher temperatures lighting.
Yes, high temperature is one of the most severe challenges facing LED lighting, which will significantly affect its performance and lifespan. For example, light efficiency decline, accelerated light decay, reduced color rendering, and power failure.
At LEDRHYTHM, our professionally designed high temp LED lights are virtually unaffected by high temperatures, with no dimming, flickering, or increased power consumption.
Yes, our material is high-strength aluminum die-casting, IP65/IP66/IP69K,which has excellent dustproof, waterproof and corrosion resistance. The power supply is separated from the lamp body, and the heat dissipation is further enhanced. The lighting quality can be guaranteed even in hot and changeable outdoor environments.
Of course, it is designed for high temperature environments and has multiple safety guarantees.
High-temperature LED lights are unaffected by higher temperatures, illuminating instantly without loss of luminous flux, malfunctioning, or lifespan reduction.
Traditional lamps (HQI, HPS and LPS) become noticeably dimmer, have a shorter lifespan, start more slowly, and even pose safety risks such as short circuits and ruptures when exposed to high ambient temperatures.
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