Description

Product Introduction

◎High-density high-quality lamp beads: The new generation of LED Flood Light adopts imported high-lumen density chips, 6-level light splitting and color sorting technology, and nano-plated heat dissipation structure, achieving 22,000lm brightness for 200W lamps, 50,000-hour lifespan, and color temperature deviation of ±50K. Compared with traditional products, the brightness is increased by 144% and energy consumption is reduced by 60%.

◎85+ high color rendering technology: Through full-spectrum phosphor formula and high-frequency PWM dimming, the CRI reaches 85+ and R9>50, solving problems such as poor red reproduction and stroboscopic in traditional LEDs. In scenarios such as supermarkets and art galleries, the color reproduction is increased by 40%-95%, and the defect recognition rate is increased to 98%.

◎Full-scenario solutions: Covering fields such as industrial manufacturing (60% energy saving, zero failure rate), commercial retail (60% increase in sales), and outdoor landscapes (10 times increase in color richness). The total cost over 5 years is 62% lower than traditional solutions, making it the most cost-effective choice for professional lighting.

High-Density High-Quality Lamp Beads

Core technical barriers of lamp bead quality

◎Imported high-lumen density chips: Select 3030/5050 packaged lamp beads from first-tier brands such as Cree and Osram, with a single lamp bead luminous flux of 180-220lm (120% higher than ordinary lamp beads). Combined with a driver power supply with over 90% luminous efficiency, the 200W lamp achieves a luminous flux of 22,000lm, 144% brighter than the 100W traditional metal halide lamp (luminous flux 9,000lm);

◎6-level light splitting and color sorting technology: Control the color temperature deviation of lamp beads within ±50K through integrating sphere testing (industry average ±300K), ensuring that the color temperature consistency of lamp beads in the same lamp is >95% and eliminating color difference interference when multiple lamps are spliced;

◎Nano-plated heat dissipation structure: Deposit graphene + aluminum nitride composite coating on the surface of the lamp bead substrate, with a thermal conductivity of 1,200W/m·K (3 times that of copper). Combined with the hollow aluminum substrate design, the junction temperature of the lamp bead is reduced by 25℃ compared with the traditional structure, and the service life is extended to 50,000 hours (L70 standard).

Engineering optimization of lamp bead quantity and layout

Brightness does not simply depend on the number of lamp beads, but requires scientific layout to maximize luminous efficiency:

◎Honeycomb dense arrangement: Adopt hexagonal unit design to reduce the distance between lamp beads to 8mm (15mm traditionally), reducing blind areas of light spot overlap. The illuminance uniformity is increased from 0.6 to 0.85 at a projection distance of 5 meters;

◎Zoned light control technology: Divide lamp beads into 3-5 independent zones, and realize dynamic brightness adjustment through DMX512 protocol.

◎Anti-sulfurization packaging process: Coat a 0.1mm thick silicone protective layer on the surface of the lamp bead to block sulfide erosion (a common problem in industrial environments), so that the service life of the lamp in harsh scenarios such as chemical workshops can still reach 30,000 hours, 400% higher than that of unprotected products.

Comparison and analysis table of LED flood lights

Index	New Generation LED Flood Light	Traditional LED Flood Light	Metal Halide Lamp/High-Pressure Sodium Lamp
Luminous flux per lamp bead	180-220lm	80-100lm	N/A (overall luminous efficiency 60lm/W)
Lamp bead color temperature deviation	±50K	±300K	±500K (serious color drift)
50,000-hour light decay	<15%	>30%	>50%
Color rendering index (CRI)	85+ (R9>50)	70 (R9<0)	20-30 (monochromatic light)
Start-up time	<0.1 seconds (instant start)	<0.5 seconds	3-5 minutes (requires preheating)
Energy efficiency ratio	110lm/W	80lm/W	60lm/W
5-year total cost	$450 (200W)	$600 (300W equivalent brightness)	$1,200 (400W)

85+ High Color Rendering Index

◎Full-spectrum phosphor formula: By adjusting the ratio of cerium-doped yttrium aluminum garnet (YAG) and nitride phosphors, fill the 450-500nm spectral gap, so that the CRI reaches 85+ and R9>50 (industry average R9<0);

◎High-frequency PWM dimming technology: Adopt a dimming frequency of more than 20kHz (imperceptible to the human eye), control the ripple coefficient to <5%, and there is still no stroboscopic under 1,000fps high-speed cameras;

◎Intelligent color temperature adjustment: Automatically match the ambient color temperature (2,700K-6,500K adjustable) through the built-in light sensor