Enhance indoor cultivation with this 24-watt LED plant light, engineered to supply comprehensive illumination across every developmental phase. Emitting a 4000K daylight color temperature across the complete 400nm to 780nm visible range, the fixture delivers a Color Rendering Index near 100. This broad wavelength coverage supports robust photosynthesis and improves both crop yield and overall vegetation health.
Advanced secondary optics focus the output for superior canopy penetration, achieving a total photon flux of 36.2 µmol/s and concentrating 177.06 µmol/s at a one-foot measuring distance. The precisely engineered lens maximizes usable light for foliage while supporting an operational lifespan reaching 25,000 hours. Under the hood, the Chip-on-Ceramic architecture substitutes conventional metal boards with a non-conductive ceramic base. This thermal switch lowers resistance, accelerates cooling, and boosts electrical efficiency for steadier performance.
Built for long-term use in humid growing environments, the outer housing meets V0 fire-retardant thresholds and carries a WF2 moisture resistance certification. A reinforced internal barrier safeguards against electrical faults, while reduced infrared emission keeps surface temperatures moderate to prevent heat stress on delicate stems. The unit holds ETL verification for electrical safety and includes a five-year coverage policy.
- 24-watt power draw producing a consistent 4000K daylight emission
- Complete 400nm to 780nm frequency range with Color Rendering Index approaching 100
- Optical output rated at 36.2 µmol/s total flux, peaking at 177.06 µmol/s at 1FT
- COC (Chip-on-Ceramic) substrate replacing traditional aluminum for faster heat dissipation
- V0 flame-retardant exterior paired with reinforced electrical isolation
- WF2 corrosion protection and minimized infrared radiation to protect nearby foliage
- ETL certified construction backed by a five-year service guarantee
Integrate this lighting solution into your current setup to maintain stable environmental conditions while maximizing photosynthetic activity throughout your entire growth cycle.