Verwirbelte 1000–1750 nm LED
Kundenspezifische 75–650 mW Hochleistungs-UV-LED-Perlen | 222-355nm-Vollspektrum-UVC/UVB/UVA-Konfigurator (30°/60°/120° Betrachtungswinkel)
Konfigurieren Sie Ihre eigenen Hochleistungs-UV-LEDs | 75-650mW UVC/UVB/UVA-Perlen mit benutzerdefinierten Wellenlängen & Winkel
Q1: What is the maximum optical output power supported by this UV LED configurator?
A: Our custom UV LED configurator supports a maximum single-bead/module optical output power ranging from 75mW to 650mW. The exact optical power depends on your selected UVC/UVB wavelength, drive current, and thermal management setup. All high-power configurations utilize AlN ceramic substrates to ensure exceptional thermal stability and minimal power degradation.
Q2: Which specific UVC and UVB wavelengths are available for customization?
A: We offer a comprehensive spectrum of ultraviolet wavelengths ranging from deep UV to near UV. The selectable wavelengths include:
- Deep UV Sterilization (UVC): 222nm | 255nm | 265nm | 275nm
- Medical Phototherapy & Gartenbau (UVB): 285nm | 295nm | 310nm | 325nm | 335nm
- Industrial Curing & Spüren (UVA): 340nm | 355nm
Q3: What viewing angles are available for the UV LED beads, and how do I choose?
A: Our high-power UV LEDs come in three standard beam/viewing angles: 30°, 60°, und 120°:
- 30° / 60° Narrow Angles: Equipped with quartz glass dome lenses to deliver a focused beam, ideal for high-intensity spot curing, long-distance disinfection, and medical phototherapy devices.
- 120° Wide Angle: Utilizes a flat or micro-dome lens for uniform light distribution and wide area coverage, perfect for static surface sterilization, high-flow water purification systems, and horticultural top-lighting arrays.
Q4: What type of packaging technology is used for your high-power UVC/UVB LEDs?
A: To sustain an intensive optical output of 75-650mW, we strictly avoid organic silicone encapsulants. All of our high-power LED beads leverage inorganic Gold-Tin (AuSn) eutektische Bindung, integrated with Aluminiumnitrid mit hoher Wärmeleitfähigkeit (AlN) Keramiksubstrate Und hermetisch versiegelte Quarzglaslinsen. This configuration guarantees zero yellowing, zero degradation, and superior lifetime reliability under extreme UV radiation.
