The color change high voltage flexible led strip adopts very soft FPC board and high brightness SMD(SMD:Surface Mounted Devices)5050 as light source. The high Quality 5050 SMD LED, high intensity and reliability, Long lifespan >50,000 hours. The LEDS are well-distributed on the printed circuit board, producing more even lighting effect and more beautiful color. The characters of high softness and flexibility greatly improve weakness of common led strip lights, which realize the easy and reliable operation. It becomes a kind of multifunctional lighting product for its high brightness, large viewing angle(180 degree), stable performance, light and flexible shape. 1 meter(60-led) is a unit, within which there is one corresponding point(parallel point) for cutting arbitrarily. The color of light is highly uniform. The led strip has low light decline and long lifespan. DC-plug already soldered on the connector, ready to be plugged in and working. The LED strips Suitable for the average home owner as well as lighting professionals, Suitable for both indoor & outdoor decorative application.
1. High-brightness SMD LED as a light-emitting element, Emit pure,soft,sweet and fragrant glare-free. Either as decorative purposes, they can also cater to lighting purposes.2. The composition of the material either LED or FPC,no mercury are environmentally friendly materials, belonging to type of satellites recycling, extensive use will not cause the environmental pollution and destruction. CE, FCC, GS and RoHS approval.3. Relative to traditional lighting and decorative lighting, low power several times, Saving and emission reduction, energy saving more of 40% than incandescent.
IP67 Waterproof (Silicon sleeve waterproof,PCB is encapsulated with silicon tube, with plastic fastener, better waterproof, For Outdoor);
1).Tolerance of measurement of luminous intensity is ±10%.2).Less 1% attenuation after 3, 000 hours.3).Specifications are subject to change without notice.4).Maximum number of units in one run (end to end) - for higher quantities, multiple runs back to the power supply must be made to prevent excessive voltage drop