Illuminated Sign
Whether you're looking to advertise your business or simply add some flair to your living space, our illuminated signs are the perfect solution. Our high-quality LED lights ensure your sign will stand out, day or night, and our customizable options make it easy to create a one-of-a-kind masterpiece.
Customize Your Product
Product Specification
| Thickness |
|
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|---|---|---|---|
| Max Size (w x h) | 2400 x 1200 mm | ||
| Color Temperature | 3000K / 4000K / 6500K / Customized / RGB | ||
| Light Type | Edge-lit LED, with light guide plate (LGP) | ||
Product Details
- All products are made in Taiwan (MIT).
- 2-year warranty for LED products.
- IP 66 ( for outdoor light boxes only).
Product Applications
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Common Questions
1What is the maximum size of a illuminated sign?
The maximum size(w x h) of a illuminated sign is 2400 x 1200 mm.
2 Is it a must to use a transformer for my illuminated sign?
Yes. In the case of a illuminated sign, the transformer is necessary to convert the high voltage, low current AC power supply that is typically found in homes and offices to the low voltage, high current DC power supply that is required by most LED illuminated signs.
In general, the AC voltage is 110~220V, while the LED products are DC12V, so it is necessary to convert the voltage by transformer to avoid causing the LEDs to overheat or causing an electrical shock.
3 What is the mechanism of a laser dot light guide plate?
A laser dot light guide plate is a type of optical component that is used to distribute light evenly across a surface. It consists of a thin acrylic or polycarbonate plate with a series of laser-engraved dots on one surface, which act as tiny reflectors to guide the light through the plate.
The mechanism of a laser dot light guide plate is based on the principle of total internal reflection. When light enters the plate from one edge, it undergoes multiple reflections off the laser-engraved dots, which redirect the light in different directions across the plate. The light continues to reflect off the internal surfaces of the plate until it exits the opposite edge, producing a uniform, diffused light output.