Uv light led
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3535 SMD UVB UVA 365nm 385nm LED for UV Printing Curing Light
High Power LED SMD 3535 Ultraviolet 270-280nm for UV Light
Seouls Viosys Cud1GF1a 310nm 5.5V 30mA 120°3535 Metric UV LED Light
Ultraviolet UV LED Curing Solution No Ozone for Screen Printing Machine RoHS Certificate
Offset Printing LED UV Curing System 395nm Water Cooling CE Certificate for Sheet Fed Offset Press OEM
No Ozone Ultraviolet Curing System, 395nm UV LED Ink Curing for Printing OEM
5730 Warm White Red Green Blue RGB UV 3V 3.6V Lamp Bead Light Emitting Diode SMD LED 0.1W 0.2W 0.5W 1W 1.5W
2835 UVA 0.5W 365nm 370nm 395nm 400nm SMD LED Light Chip LED Diode UV LED Curing
High Power SMD LED UVA 3535 UV Diode Glass Lens 365nm 370nm 380nm 390nm 395nm 400nm 410nm LED Light Emitting Chip
High Power LED COB Array COB LED Diode 20W 365nm for UV LED Light Chip UV LED Curing System
COB LED Chip COB High Power LED COB LED Array 100W 365nm UV LED Chip LED COB Light
Grow Light High Power LED Bar 1W 3W 365nm 395nm 405nm 630nm 660nm 730nm SMD 3535 Deep Red UV IR Grow LEDs Chip
380nm 390nm UVA LED Diode 60 Degree UV Purple Color LED Lights High Power 1W 3W LED
Deep Ultraviolet Light Emitting Diode 230 Nm 3535 LED UV
LED 2W 4W 12W UV 254nm 265nm 270nm 295nm 310nm with 60degree Lens 12V Light Boards
0.5W Disinfection UV LED 308nm for Grow Lights Skin Care Phototherapy
Deep UV Light Board 265nm 263nm 3W UVC LED with 60 Degree Lens
1400MW Nationstar 3535 UV LED - High Light Intensity for Sterilization Applications
1200W Air-Cooled Portable UV LED Light Source UV Glue Curing Lamp Machine Ultraviolet Band 365/385/395/405nm UV LED
UV LED Point Light Source 385nm Precision Spot Curing Machine for Medical Device Bonding
Sourcing guidance for Uv Light Led
What are the key technical specifications to consider when sourcing UV LEDs for industrial or commercial use?
When selecting UV LEDs, you must prioritize the wavelength (nm), as it determines the application: UVA (320-400nm) for curing and tanning, UVB (280-320nm) for medical use, and UVC (200-280nm) for sterilization. Additionally, evaluate the Radiant Flux (mW) for power output efficiency and the Thermal Management system, as UV LEDs generate significant heat that can degrade the chip if not managed with copper substrates or ceramic packaging.
Which compliance standards and certifications are mandatory for UV Light LED products?
For global market entry, ensure the products carry CE, RoHS, and FCC certifications. Specifically for UVC disinfection lamps, EPA registration is often required for the US market. Furthermore, products should comply with IEC 62471 (Photobiological Safety of Lamps) to ensure they do not pose a risk to human skin or eyes during operation.
How can a buyer verify the lifespan and durability of UV LED components?
Buyers should request LM-80 test reports, which document the lumen maintenance and lifespan of LED packages. Look for a rated life of at least 20,000 to 50,000 hours. It is also critical to verify the encapsulation material; high-quality UV LEDs use quartz glass or UV-resistant silicone rather than standard plastic, which yellows and degrades under intense UV exposure.
What are the primary usage scenarios for different UV LED categories?
UVA LEDs are predominantly used in industrial curing (inks, adhesives) and nail lamps. UVC LEDs are the gold standard for water purification, air sterilization, and surface disinfection in hospitals or laboratories. Understanding the specific irradiance requirements of your scenario is vital to ensure the dosage is sufficient to achieve the desired chemical or biological effect.
Cross-Border Procurement Risks and Strategies for UV LED Products
How can I mitigate the risk of receiving 'fake' UVC LEDs that only emit blue light?
This is a common fraud where suppliers use cheap blue LEDs instead of UVC chips. To prevent this, request a spectrum analysis report from a third-party lab and use a UVC intensity meter during the sample testing phase. Always source from verified manufacturers on Made-in-China.com who provide traceable chip brand information (e.g., Seoul Viosys, LG, or reputable domestic brands).
What are the best practices for negotiating pricing and MOQs for high-tech UV components?
UV LED prices are highly sensitive to chip size and radiant power. Negotiate based on tiered pricing (e.g., 1k, 5k, 10k units) and ask for a price breakdown of the chip vs. the packaging. For custom PCB assemblies, aim for a lower MOQ on the initial trial run by offering to pay a one-time engineering fee (NRE) to secure long-term cooperation.
What shipping precautions should be taken for sensitive UV LED equipment?
UV LEDs and their drivers are sensitive to Electrostatic Discharge (ESD) and moisture. Ensure the supplier uses anti-static vacuum packaging and includes desiccant packs. For finished lamps containing quartz glass, specify reinforced wooden crates or high-density foam inserts to prevent breakage during sea or air freight.
How do international trade policies affect the import of UV LED technology?
Check the HS Code (typically 8541.41) for specific import duties in your country. Be aware that some regions have strict mercury-free regulations (Minamata Convention); since LEDs are inherently mercury-free, they are often preferred over traditional mercury vapor lamps, but you must ensure all documentation clearly states the solid-state nature of the product to avoid customs delays.





























