Zerodis LED Integrated Chip, Aluminum Construction, High Brightness Light for Curing and Disinfection, Low Power Consumption

1. Made of and environmental-friendly material, non-, safe and durable to use 2. Super brightness, high stability, excellent energy-saving effect and long lifespan 3. Full spectrum led chips and the wavelength is suitable for a variety of uses 4. Advanced LED grow lights use less electricity and creates less heat, roviding intense, effective lighting 5. Application: curing, detect, medical, disinfection, scanning, anti-fake, investigation and more Specification: Features: Made of and environmental-friendly material, non-, safe and durable to use. Super brightness, high stability, excellent energy-saving effect and long lifespan. Full spectrum led chips and the wavelength is suitable for a variety of uses. Advanced LED grow lights use less electricity and creates less heat, roviding intense, effective lighting. Application: curing, detect, medical, disinfection, scanning, anti-fake, investigation and more. Specification: Condition: 100% Brand New Material: Aluminum Substrate Chip: Colors: Purple Wavelength: 395-400Nm Voltage: 10W/8-11V 20W/32.34V 30W/32.34V Current: 10W/1000mA, 20W/700mA, 30W/1000mA (Optional) Energy: 80-100 Package Weight: Approx. 7g~29g Package Included: 1 * LED Integrated Chip Note: Please note that the new type and old type of this product will be sent randomly, and make sure you will not mind before ordering.

• INTEGRATED DESIGN: LED chip features an aluminum construction that provides excellent heat dissipation and structural durability
• LIGHT OUTPUT: High-brightness illumination perfect for professional curing and disinfection applications
• POWER EFFICIENCY: Advanced low energy consumption design helps reduce operational costs while maintaining optimal performance
• VERSATILE USE: Ideal for various industrial applications including curing processes and sanitization requirements
• CONSTRUCTION: Premium aluminum material ensures long-lasting performance and reliable operation in demanding environments