COB UV LED Module Product Description
The product can be applied with either Water-cooling or wind-cooling method.
Other curing size and voltage can be designed according your requirment, inluding mix
wavelenth special wavelenth and curing size.
High efficiency and low consumption.
Apply in various printing industries.
Warm tips, in order to make our products play the best performance
and reduce customer failure in the use of products, please note:
1) During the whole process of use, all people who are in direct contact with UVLED should
take measures to prevent and eliminate static electricity, and do not touch the UV light emitting
diode directly with their hands.
2) When welding, attention should be paid to the welding time and temperature,
and the positive and negative polarities should be distinguished.
3) Electrical parameters such as current and voltage should not exceed the rated values.
Item | High Power COB UV LED Module |
Power | 90w |
Color | UV |
Diode Brand | DC, LG |
Diode type | COB |
Lens Material of Diode | COB |
Module size | 50mm*45mm |
Luminous Size | 20mm*20mm |
Wavelength | 365nm,385nm,395nm,405nm |
Voltage | 34-38V |
Current | 1.5-2.1A |
Chip Material | Epileds |
Encapsulation process | COB |
Lifespan (hours) | 20000 |
Warranty | year |
Place of Origin | Guangdong, China |
Applications:
Our UV LED curing systems are widly used in glass industry, decoration industry, building materials industry,
furniture industry, etc.
It's suitable for kinds brand of inkjet sprayers such as Konika,Xaar, Ricoh, and kinds of printers
includingflatbed printer, roll to roll printer, wide format printer, inkjet, digital printer, rotary press etc.
"UV LED" curing lamp is a new technology and new way of drying UV series material resin/ink/varnish/adhesive/coating
etc. by ultraviolet irradiation, with fast speed and good performance.
Cool Printing Environment: Enables to print on heat sensitive substrates, viz. thin slides, self-adhesive sheet, stretch
PVC materials, and more. Minimum heat resistance allows effective bi-directional calibration.