Honglitronic LED components, COB arrays, and UV emitters

Honglitronic semiconductor devices: SMD 3030 LEDs, Mirror LM and Ceramics LC COB arrays, high-power Ceramics C3535, and germicidal UVC emitters.

Honglitronic: semiconductor group and LED packaging solutions since 2004

Hongli Zhihui Group (Honglitronic brand) was established in Guangzhou in 2004 and stands among world leading manufacturers of LED devices. The company facilities operate one hundred automated assembly lines with a monthly output exceeding 11,700 million components.

Production facilities in Guangzhou and Nanchang with CNAS accredited testing labs
Monthly capacity surpassing 11,700 million LED devices serving international markets
Listed on Shenzhen Stock Exchange under code 300219 with 940 authorized patents
Proprietary packaging innovations offering high luminous efficacy and sulfur defense

Mirror Aluminum LM COB LED arrays built for commercial spotlights

The Mirror Aluminum LM COB family is engineered for architectural spotlights, track projectors, and downlights. A mirror-grade aluminum substrate featuring high reflectance delivers balanced illumination distribution and minimal thermal loss across operating hours.

Specially polished aluminum baseplate generating uniform beam without multiple halos
High color rendering reaching CRI 90 and CRI 95 with tight MacAdam color binning
Direct thermal path from semiconductor dice to heat sink preventing thermal buildup
Optimized chip layout matching standard secondary reflector and collimator optics

High-power ceramic matrix arrays Ceramics LC COB for industrial luminaires

Ceramics LC COB series arrays are manufactured on thermally conductive ceramic substrates designed for intense thermal operational profiles. The architecture ensures dependable electrical insulation and durable luminous output during continuous industrial duty.

Thermally conductive ceramic substrate providing dependable dielectric isolation
Excellent resilience against thermal cycling within enclosed high-bay luminaires
Even phosphor layer application ensuring consistent color temperature distribution
Broad power wattage selection tailored for illumination of outdoor staging yards

High-temperature EMC 3030 and EMC 5050 LEDs for outdoor roadway lighting

The EMC 3030 and EMC 5050 series are encapsulated in thermoset epoxy molding compound packages for exterior and industrial illumination. The EMC material prevents discoloration and package deterioration under high forward currents and ambient solar UV exposure.

Epoxy molding compound package delivering high heat resistance up to 150 degrees
Luminous efficacy reaching 190 to 210 lumens per watt for highway lighting fixtures
Proprietary PPL anti-sulfurization technology protecting internal silver layers
LM-80 verified operational lifespan exceeding 50,000 hours without flux decay

High-output ceramic LEDs Ceramics C3535 for architectural facade illumination

Ceramics C3535 series incorporates powerful one-watt and three-watt LEDs housed in 3.5x3.5 mm ceramic packages fitted with silicone dome optics. The devices are engineered for architectural floodlights, facade grazing projectors, and heavy portable searchlights.

Compact 3.5x3.5 mm ceramic package offering exceptionally low thermal resistance
High forward current handling up to 1500 mA generating narrow high-flux beams
Durable silicone dome lens with broad primary beam angle for secondary optics
Robust mechanical rigidity ensuring consistent automated placement onto circuit boards

Deep ultraviolet semiconductor emitters Ceramics C3535 UVC for sanitization

The Ceramics C3535 UVC solid-state ultraviolet LEDs deliver deep germicidal radiation across 265 to 280 nm wavelengths. The ceramic package sealed with pure quartz glass provides steady ultraviolet flux for disinfecting air, liquid streams, and equipment surfaces.

Shortwave UVC emission between 265 and 280 nm deactivating microorganism DNA structures
Pure quartz glass optical window resisting degradation from intense ultraviolet energy
Inorganic hermetic sealing compounds extending operational lifetime of emitters
Proven integration within flow-through water purifiers and medical sterilizers

Manufacturing infrastructure and research facilities of Honglitronic Group

Established in 2004 in Guangzhou, Hongli Zhihui Group (Honglitronic brand) maintains a premier standing within the semiconductor packaging and solid-state lighting industries.

The company operates two primary industrial complexes in Guangzhou and Nanchang, equipped with one hundred automated surface mount assembly lines.

Total production throughput surpasses 11,700 million semiconductor packages monthly. The manufacturer maintains dedicated research divisions and testing facilities accredited by CNAS under designation L7029 and by the United States Environmental Protection Agency.

The corporate intellectual property registry contains over 940 granted patents.

Thermal engineering and heat sink design for Mirror Aluminum LM COB arrays

Honglitronic Mirror Aluminum LM COB LED arrays are designed for commercial directional luminaires, track spotlights, and museum projectors requiring uniform beam profiles.

A polished aluminum substrate with high optical reflectance directs radiant flux forward into the useful field without unwanted secondary losses.

Direct thermal coupling between semiconductor dice and the baseplate minimizes junction-to-heatsink thermal impedance.

In calculating thermal equilibria, lighting engineers determine array heat dissipation density and size finned heat sink profiles to keep diode junction temperatures securely under eighty-five degrees Celsius.

Industrial deployment of Ceramics LC COB arrays in enclosed high-bay fixtures

The Ceramics LC COB family targets lighting for heavy workshops, enclosed logistics warehouses, and exterior terminals exposed to high ambient temperatures.

The module foundation employs an engineered technical ceramic substrate offering high thermal conductivity combined with reliable dielectric breakdown resistance.

The ceramic base matches the thermal expansion rate of semiconductor silicon, preventing micro-fracture formation across solder joints during repeated operational power cycling.

An even phosphor deposition layer maintains consistent correlated color temperature across extended luminaire service lifetimes.

PPL defense mechanism and thermoset packaging benefits of EMC 3030 LEDs

EMC 3030 and EMC 5050 LEDs are engineered for roadway lighting installations and industrial perimeter floodlights.

Instead of conventional thermoplastic polyphthalamide, these devices use a thermoset epoxy molding compound that preserves optical clarity and structural rigidity under continuous heat up to one hundred fifty degrees Celsius.

Honglitronic proprietary PPL barrier engineering protects internal silver reflector layers against atmospheric sulfur, chlorine, and bromine gas diffusion.

By suppressing reflector tarnishing, the LEDs sustain nominal luminous flux beyond fifty thousand operational hours according to LM-80 test regimens.

Secondary optics matching and drive circuitry for high-power Ceramics C3535 LEDs

The compact Ceramics C3535 series in 3.5x3.5 mm packaging serves as a core emitter for architectural floodlights, wall grazing fixtures, and narrow-beam projection systems.

The primary molded silicone dome lens produces a wide beam profile designed to couple efficiently into standard secondary collimator lenses.

To attain optimal luminous output at forward drive currents reaching 1.5 amperes, luminaires require constant-current switch-mode drivers with low ripple factors.

Circuit layouts incorporate transient voltage suppressors across diode strings to prevent damage from electrostatic discharges and electrical line surges.

Operating procedures and handling standards for Ceramics C3535 UVC germicidal emitters

Ceramics C3535 UVC solid-state ultraviolet emitters generate germicidal optical radiation centered between 265 and 280 nanometers.

Shortwave ultraviolet energy breaks molecular bonds within bacterial and viral DNA and RNA structures, delivering disinfection of circulating water streams, ventilation air, and surfaces.

The device architecture features a pure quartz glass optical window that remains transparent to deep ultraviolet rays without photochemical discoloration.

Safe operation of UVC disinfection equipment requires enclosed disinfection chambers or interlock switches that deactivate emitter power when access covers are opened.

Honglitronic and model names are trademarks of their respective owners and are used only to identify the equipment for which we source parts. SpareX is not an official dealer, distributor or representative of Honglitronic and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.