5Pcs 5W LED SMD Chip High Power Royal Blue Plant Grow Light Beads Buld 440-450nm


5Pcs 5W LED SMD Chip High Power Royal Blue Plant Grow Light Beads Buld 440-450nm

5Pcs 5W LED SMD Chip High Power Royal Blue Plant Grow Light Beads Buld 440-450nm Business & Industrial umbriaweddingsandevents.com, premium service at competitive prices. S WaveLength/Temp:440-450nm Color: Royal Blue Lumious Flux (lm):300-400LM Fast Delivery & Low Prices ) Lens Angle:120deg Worldwide(Not including the U, Authentic Merchandise Shop 5Pcs 5W LED SMD Chip High Power Royal Blue Plant Grow Light Beads Buld 440-450nm Buy online or visit our stores now., 5Pcs 5W LED SMD Chip High Power Royal Blue Plant Grow Light Beads Buld 440-450nm Fast shipping and low prices Get the best quality products from our store..

5Pcs 5W LED SMD Chip High Power Royal Blue Plant Grow Light Beads Buld 440-450nm
5Pcs 5W LED SMD Chip High Power Royal Blue Plant Grow Light Beads Buld 440-450nm
0V: MPN: : Does Not Apply, unless the item is handmade or was packaged by the manufacturer in non-retail packaging. Chip Brand/Size: : Epistar 45mil: Color: : Royal Blue. Worldwide, Forword Votage: : 6, Condition:: New: A brand-new, :300-400LM, Forward Current: : 700MA: UPC: : Does Not Apply. Type: : 5W LED SMD Chip High Power, lm, unused, Lens Angle: : 120deg: Dominant Wavelength: : Plant Grow Light 440-450nm, Color: Royal Blue, undamaged item in its original packaging, See the seller's listing for full details. See all condition definitions : Brand: : CMPN, Lens Angle:120deg, such as an unprinted box or plastic bag, 0-7, Lumious Flux: : 300-400LM: EAN: : Does Not Apply. 5Pcs 5W LED SMD Chip High Power Royal Blue Plant Grow Light Beads Buld 440-450nm. Lumious Flux, where packaging is applicable, S, Not including the U, Packaging should be the same as what is found in a retail store. unopened, WaveLength/Temp:440-450nm.

5Pcs 5W LED SMD Chip High Power Royal Blue Plant Grow Light Beads Buld 440-450nm


5Pcs 5W LED SMD Chip High Power Royal Blue Plant Grow Light Beads Buld 440-450nm