TB Series High Performance LED Horticultural Lighting
- LED grow light – 450w/ 650w/ 850w more options available. Cost price for commercial greenhouses in South Africa
- LED grow light TB Series is suitable for greenhouses or indoor grow rooms.
- Please ask us about our other model sizes
Request a Spec Sheet for our High performance fixtures.
No need to install a new cable layout or anything new in-fact, these units fit directly into your current HPS set-up.o satisfy the increasing market, we develop some powerful and high-efficiency models like LB and TB series which could perfectly fit in both single and multi-layer facilities.
Our High performance LED 1:1 HPS replacement TB Series will suit the serious grower/farmer of any scalable size. Powered by custom manufactured drivers with detachable and integrated, custom cables for convenience. We use Osram LED and have our lights tested thoroughly in the laboratory. Feel free to check the true PPFD maps for each light unit at different heights.
Top manufacturer in China and are behind leading brands in N. America and the EU.
Outstanding build quality and a 5 year warranty.
Our spectrum Options.
FSS1, also known as a Facility Full Spectrum. The Colour Distributed is 4000K mixed from 6500K + 3000K and 660nm. This offers photon emission across the PAR 400-700nm continuous wavelength range. The overall colour temperature is controlled at natural white 4000K. With high blue and red, this tuneful spectra is highly recommended to most vegetables and crops and could cover the whole growing cycle.
FSS1+ HR Spectrum
FSS1 + HR is a full spectrum unit with high red at 660nm which could highly encourage stem growth, flowering and fruit production, and chlorophyll production while retains a good performance on vegetative stage with 450nm blue. The overall colour temperature is 3200K. Our custom spectra is efficient for rapid growing of cannabis’s full cycle.
FSS1+ Ultraviolet Spectrum.
FSS1+ UV is 3200K mixed from 3500K + 3000K and 660nm is a full spectra for flowering stage with peak of 400nm ultraviolet radiation.THC content can be increased in cannabis plants if UV is operated properly. Supplementation not only stimulates biomass production in controlled environments, but also enhances secondary metabolite accumulation.