Glass: Glass panels are optional; customers can freely choose from various products such as ordinary float glass, ultra-clear glass, fire-resistant glass, insulated glass, tempered glass, semi-tempered glass, and coated glass. The glass structure is a laminated structure and should comply with European EN standards, American ASTM standards, and all domestic safety glass application standards.
Particles: Genuine LED particles are used, as this relates to service life, luminous effect, and energy consumption. Double-sided LEDs ensure the glass's transparency on both sides.
Wires: Transparent wires are used because transparent wires require high-temperature, high-pressure processing and coating technology. This is not simply a matter of aesthetics and application but also involves safety. Hand-made wires are prone to cracking over long-term use. [Glass itself is elastic; external forces such as wind can affect the wires in different ways.] Lamination: Top-quality imported PVB interlayer is used. The interlayer should meet European safety glass standards (EN standards) to ensure the safety and service life of the laminated glass. The PVB interlayer should be laminated in an autoclave, not a conventional furnace, to ensure optimal quality of the laminated glass. The use of EVA or grouting methods that do not meet the standards for top-tier safety glass is strictly prohibited. Processing plants must possess test reports and certificates for laminated glass that meet European standards.
Coating: Offline coating technology has its limitations, with a lifespan of approximately 1-2 years. It is prone to oxidation, which can cause localized malfunctions in the LEDs within the glass interlayer.
Application: For large-scale, wide-area applications, ensuring a safe voltage of 24 volts is crucial for truly being considered an environmentally friendly and energy-saving material.
Scratch Resistance: Scratch resistance can meet international standards, with many processes resulting in no scratches.
Light Variation: Effects can be controlled via chips, such as flashing and gradient effects.
Voltage: The voltage used in LED glass is a safe voltage, not exceeding 24 volts.