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EL wire sunglasses origin
A stronger song by an American singer Kanye West has spread all over the world. He wears a pair of white plastic glasses on the stage called el wire sunglasses. The whole set of light up glasses sells for US$24.99. These sunglasses are mainly used for club parties and stage performances.
4 types flashing modes of EL wire sunglasses
- ordinary auto-flash version of EL wire light up glasses: its flashing modes is steady on, fast flash, slow flash, off
- sound activated version: its flashing modes is steady on, fast flash, flash to sound , off
- wireless version: stay on, fast flashing, slow flashing, off
- rechargeable version: stay on, fast flashing, slow flashing, off
Lighted-Glow EL wire sunglasses advantages
- EL wires are bonded by hand, with firm and meticulous workmanship
- EL wire LED glasses export to the United States, United Kingdom, European Union, Japan, South Korea and other countries for years, with CE, ROHS, WEEE, REACH certificates
10+ models of EL wire sunglasses
star shaped, mosaic, Ray-Ban, heart shaped, shutter shades, spiral, alien eyes, aviator, cat eyes, technological, round, square
2 types EL wire sunglasses lenses
casual sunglasses, transparent lens
2 cable types
- with cable from drive
- wireless from usb recharging
Power types
- ordinary version: with 2AA batteries
- with USB rechargeable funcation: fully charged can be used for 4-10 hours
- sound activated version: with 2AAA batteries
- wireless version: 2AAA batteries
10 single colors EL wires
red, dark blue, lighte blue, yellow, light green, pink, purple, orange, dark green, white
10 dual colors EL wires
pink and light blue, pink and yellow, pink and yellow blue, red and white, red and light blue, yellow and red, blue and yellow, dark green and pink, dark green and orange, dark green and blue
Dual colors tangled EL wires
- purple and white, dark blue and white, blue and yellow, dark green and white, red and white, red and dark green
- we could also customize dual tangled colors for you if needed
8 multi-colors EL wires
1 pair sunglass with 8 colors of wires mixed: white, blue, yellow, red, orange, blue, green, pink
Optional frames and lenses for 8 colors EL wires sunglasses
- black frame, clear lens
- black frame , sunglasses lens
- white frame, clear lens
- clear frame, clear lens
How to use EL wire sunglasses
- place batteries into the drive
- press the on/off switch
- attach drive on belt or put it in your pocket
EL wire cold light features
- whole body luminescence
- no glare
- no ultraviolet rays, no harm to human body
- no radiation
- EL cold light is uniform and soft: it does not flicker and will not cause tension or fatigue to eyes
- low power consumption: it will glow even when power is very low, and the power consumed is milliwatt level
- EL wire life time: 2000-8000 hours
- EL wire colors: 10 single colors, dual colors, mutl-colors, 8 colors
- gender: both men and women
Note
do not press heavily, not waterproof
Wholesale EL wire neon glasses
- mixed various colors of el wire glasses for one model accept
- mixed models accept
- small ordering quantity accept
Customize EL wire rave glasses
- custom imprint logo on frame welcome
- can customize by mix el wire colors if specify
- custom packaging accept
Main technical parameters of EL wire for EL wire sunglasses
- working voltage range: 20~220V Best working voltage: 120V
- working frequency range: 50~5000Hz Optimal working frequency: 1500-2000Hz
- static capacitance: 6nf/m (20°C, RH< 80%)
- luminous brightness: voltage: 120V, frequency: 200Hz～2000Hz: 30cd/m2～126 cd/m2
- power consumption: voltage: 120V, frequency: 200Hz～2000Hz: 108mw/m～1032mw/m
- service life: voltage: 100V, frequency: 400Hz, normal temperature and humidity, about 8000 hours
- continuous operating temperature/relative humidity: -10℃～+60℃; RH< 90%
- storage temperature/relative humidity: -10℃～+60℃; RH< 65%
- main wire diameter specifications: Φ0.9, Φ1.3, Φ2.3, Φ3.2, Φ4.3, Φ5.0
EL basic principles
EL (electroluminescent) is a physical phenomenon in which an electric field is generated by the power supply applied to the two electrodes, and the electrons excited by the electric field hit the luminescent center, causing the transition of the electronic energy level, changing, and recombining to cause a physical phenomenon of luminescence, that is, the phenomenon of electroluminescence
