UL (610nm) Led Grow Lights Full Spectrum Hydroponics Grow Equipment led module plant light

 Why plants need plants lamp?

Agricultural lighting/grow lighting/plant lighting - Applying SUNFOR AC LED technology - AC LED light engine.

Plants need different spectral in different growth cyclt. after sustained research, we made a huge breakthought in this area.

we built up multistory shelves to supply light with out LED, thus, the basic needs of plant could be completely satisfied during its normal grwth.

Analyzing the correspondent spectral of different plants, we developed different lamp fixtures. combining with the smart dimming systme, we were able to assure that the plants could be receive a ppropriate light during the growth cycle.

Product  features& Benefits

Applying SUNFOR AC LED technology - AC LED light engine, Drive high efficiency, has excellent electrical performance. Body shell adopts die-casting radiator with plastic-sprayed surface. High light transmittance of the glass lens material, Light distribution design bat airfoil. Product is aesthetically pleasing, stable performance, long life, easy installation procedures, simple maintenance and replacement etc, Meet the light biological safety requirements of IEC 62471. This module can be assembled according to customer's requirements into different power plant lighting, This module can be widely used in all kinds of plant lighting, provide plant photosynthesis, promote plant growth, shorten the plants blossom in time, improve the production.

•   Low power, less consumption, high photosynthetic efficiency, good stability, high reliability.
•   Light weight, convenient installation, combination.
•   Cold light source, no radiation, no harmful metallic mercury, green environmental,
•   Fast response, no flicker phenomenon, no harm to the human eye.
•   Radiator surface coating processing, strong corrosion resistance, high light transmittance glass lens,      generous beauty, easy to install,shine more concentrated.
  
•   This module of street lamp are easy to maintain, short maintenance time, costs low maintenance.
  

        SUNFOR WORLDWIDE PATENT AC PHOSHOR FILM FOR PLANTING LIGHT.

As the essential means of agricultural lighting, artifical light can satisfy lighting needs of different plants during different growth cycle by altering the light spectral, light intensity, and the exposure

frequency.

The advantages of Sunfor plant lighting

• Applying light engine, smaller fixtures, simpler structure, quick installation, strong integration, easy replacement and maintenance, fitting for multistory shelves, and minimizing the cultivation area.
• Applyying AC driver technology, more energy-saving, cheaper, longer service life, higher reliablity.
• Applying phosphor film, satisfying the lighti needs of different plants, custom-made in accordance with the real needs of customers.
• independent intellectual property rights assure the market expanding.  

AC SUNFOR technology addresses the typical DC driver reliant issues of heat, system costs, reliability and power efficiency that most LED based manufacturers see in today’s market. With ACSUNFOR technology, voltage regulators and capacitors are eliminated at the circuit board level within the lamp modules. Component cost is further reduced, heat management is vercome and power efficiency is increased. This innovation has been commercially tested and proven to be robust for both indoor and outdoor residential, commercial and industrial LED lighting applications. ACSUNFOR powered LED lighting products overcome the cyclical nature of AC power supply by the use of photo-luminescent (Rare earth phosphor) material to compensate for the “off” period of the AC cycle.

This is achieved without the need of any extra electronic components. The phosphor technology combines the configuration of different rare earth materials that are refined so that requisite luminescence output is maintained by the phosphor during the off period of the AC sinusoidal waveform. Benefits gained using the ACSUNFOR powered LED lighting products include, lowering system costs, scalability, thermal and power management, design flexibility and lumen efficiency all without discernible flicker.

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