渦巻いた1000-1750NM LED
カスタム 75-650mW ハイパワー UV LED ビーズ | 222-355nm フルスペクトル UVC/UVB/UVA コンフィギュレーター (30°/60°/120°視野角)
独自の高出力 UV LED を構成する | 75-650カスタム波長の mW UVC/UVB/UVA ビーズ & 角度
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 & 園芸 (UVB): 285nm | 295nm | 310nm | 325nm | 335nm
- Industrial Curing & センシング (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°, と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) 共晶結合, integrated with high-thermal-conductivity Aluminum Nitride (AlN) ceramic substrates そして hermetically sealed quartz glass lenses. This configuration guarantees zero yellowing, zero degradation, and superior lifetime reliability under extreme UV radiation.
