Factory Price 100W No Plug High-Efficiency 395nm UV LED Curing Lamp for Adhesive Curing Fluorescent Agent Detection
features:
1. Energy efficient
3 seconds curing, high efficiency.
90% energy saving, low cost.
50,000 hours working life, low maintenance.
2. Environmental protection and safety
Environmental protection and no pollution.
No heat damage as the temperature of workpiece remains unchanged.
CB, CE certification, IP66 protection, safe to use.
3. Versatile and customised
50W-300W optional, strong adaptability.
Can be used for UV adhesive curing, testing, printing and so on.
Support pattern, LOGO customisation.
Advantages:
1. Efficient curing
Fast curing, improve efficiency.
High brightness, uniform irradiation, good curing effect.
Low energy consumption, cost saving.
2. Environmental protection and safety
Environmentally friendly, no pollution, safe and healthy.
Cold light source, low workpiece temperature, no thermal damage.
IP66 protection level, waterproof and dustproof.
3. Flexible application
Suitable for UV adhesive curing, testing, printing and so on.
50W-300W optional, meet different needs.
Support pattern, LOGO customisation, personalised service.
| Catalogue number |
MF-GHUV100W-N
|
| Duration Time |
N/A |
| Version |
Manual |
| Colour |
Black |
| Output |
100W |
| Light Source |
2835 Chip at 395NM
|
| Active power |
100W |
| Power supply |
85-265 V AC 50/60Hz |
| Dimming mode |
NO |
| Temperature range |
-10+45°C |
| Material |
PC+Alu. |
| IP |
IP66 |
| Housing Warranty |
12 Months |
| LED lifetime |
50,000 work hours |
-
Uniform light emission
-
cured UV glue is faster
-
Sufficient energy
-
high light efficiency
-
fast curing.
1. Printing industry
Fast curing ink for increased productivity.
Suitable for printing on a wide range of materials, including plastics and metals.
Used in conjunction with UV inks for print-and-dry.
2. Electronics Manufacturing
Curing UV adhesive to protect circuit boards.
Quickly bond electronic components to increase production speed.
Curing UV coating on the outer layer of cables to enhance abrasion resistance.
3. Medical equipment
Use UV light for surface disinfection.
Curing biological materials for medical use, such as dental restorative materials.
For UV testing and analysis in laboratories.
4. Automotive industry
Curing coatings on automotive parts to improve durability.
For bonding and sealing automotive glass.
Curing UV coatings for automotive interiors to enhance aesthetics.
5. Packaging Industry
Curing UV coatings on food packaging for enhanced protection.
Cure UV ink on labels quickly to increase production speed.
Curing UV coatings on plastic packaging to improve water resistance.
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