![[[smallImgAlt]]](/uploads/31250/ceramic-395nm-uv-led-array-module081f4.jpg)
Products Description
Ceramic 200W 395nm UV LED array module Specs:
| Product name | Ceramic 200W 395nm UV LED array module |
| Part number | GC-80P395-10C8C-S1D5B |
| Chips brand |
China Sanan 45mil chips inside |
| Input |
32-38vdc max 5600mA |
| Radiation power |
80000-120000mW at 5600mA |
| Lighting Efficiency | Invisible UV lighting ,does not mention about the LPW |
| Color |
Datasheet with 395-400nm. But we can customised with 365nm, 385nm, 395nm and 405nm |
| Power |
Max 200 Watt at 5600mA |
| Package material | ALN Ceramic size 21x23mm |
| Lighting angle |
120 degree |
| Brand and manufacturer | GMLEDs, GMKJ |
| Warranty | 4 years |
| OEM service |
1. SKD parts available; 2. Customised LED array with the size you need is OK here. |
Why most of the client choose 395nm instead of 365nm for UV curing application?
In UV curing applications, clients often choose 395 nm over 365 nm for several key reasons:
Energy Efficiency and Cost: LEDs at 395 nm are generally more energy-efficient and less expensive to produce compared to those at 365 nm. This wavelength requires less power, making 395 nm a cost-effective choice, especially in large-scale applications.
Higher Output Intensity: 395 nm LEDs usually offer a higher intensity at a given power level than 365 nm LEDs. This translates to faster curing times and increased efficiency in many UV curing applications.
Longer LED Lifespan: LEDs at 395 nm tend to have a longer operational life because they generate less heat and are generally more durable. This reduced degradation is appealing in industrial and commercial settings where reliability and reduced maintenance are priorities.
Safety and Compliance: 395 nm is closer to visible light and tends to be slightly safer to handle and observe than 365 nm. This wavelength can help reduce health risks from prolonged exposure, a factor that some industries take into account.
Curing Material Compatibility: Many UV-curable materials are formulated to respond well to 395 nm, especially in adhesives and coatings. Although 365 nm provides a deeper cure due to shorter wavelengths, the compatibility and effectiveness of curing at 395 nm often meet client requirements without the need for deeper penetration.
Ceramic 200W 395nm UV LED array module Picture:
Ceramic 200W 395nm UV LED array module dimensions:
Ceramic 200W 395nm UV LED array module specs:
|
Parameter |
Symbol |
Conditions |
Min |
Avg. |
Max |
Units |
|
Forward Voltage |
VF |
IF=5600mA |
32.00 |
-- |
38.00 |
V |
|
Thermal Resistance Junction To Board |
RΘJ-B |
IF=5600mA |
-- |
2 |
-- |
°C/W |
|
Radiant Flux |
Φe |
IF=5600mA |
80000 |
-- |
120000 |
mW |
|
Peak wavelength |
λp |
IF=5600mA |
395 |
-- |
400 |
nm |
|
Reverse Current |
IR |
VR=50V |
−− |
−− |
10 |
μ A |
|
Viewing Angle |
2Θ1/2 |
IF=5600mA |
−− |
120 |
−− |
Deg |
Application
Ceramic 200W 395nm UV LED array module applications
A 200W 395nm UV LED array module, especially one made with a ceramic base for efficient heat dissipation and durability, is typically used in applications where high-intensity UV light is needed for effective curing and processing. The main applications include:
UV Curing in Industrial Printing:
Used in inkjet and offset printing for curing inks, coatings, and varnishes on various substrates (e.g., paper, plastic, and metal).
Offers fast curing speeds, enabling high throughput in commercial printing processes.
Adhesive and Coating Curing:
Ideal for curing UV-sensitive adhesives used in electronics, automotive, medical devices, and other precision manufacturing industries.
Also used in coating applications where a quick, durable finish is required, such as wood finishes, protective coatings, and optical coatings.
3D Printing:
Utilized in SLA (Stereolithography) and DLP (Digital Light Processing) 3D printing for curing photopolymer resins layer by layer.
Allows for the production of high-precision 3D printed parts with smooth surfaces.
PCB and Electronics Manufacturing:
Employed in curing conformal coatings and UV adhesives on printed circuit boards (PCBs) and electronic components for added protection and durability.
Ensures quick curing with minimal heat damage to sensitive electronic components.
Automotive and Aerospace Component Manufacturing:
Used to cure UV-sensitive paints, coatings, and adhesives in manufacturing, providing strong, durable bonds and surface protection.
Beneficial in high-volume automotive production lines due to its fast-curing properties.
Optical and Lens Bonding:
Suitable for bonding lenses and other optical components in applications where precision and clarity are critical, such as in eyewear, cameras, and medical imaging equipment.
The ceramic base of the 200W UV LED module helps in efficient heat dissipation, ensuring longer operational life and consistent performance under high-power conditions, making it ideal for demanding, continuous-use environments.
About GMLEDs
Certification available in GMLEDs
Guangmai Technology Certificaitions
CE
CE-LVD
FCC
ROHS
ISO9001
LM-80
About GMLEDs/GMKJ
Shenzhen Guangmai Electronics Co., Ltd., established in 2009 with a registered capital of 30 million RMB, is an enterprise specializing in the manufacturing of semiconductor packaging devices. Its subsidiaries include Shenzhen Guangmai Technology Co., Ltd., Guangmai Technology (Hong Kong) Co., Ltd., and Shenzhen OKAY Lighting Co., Ltd., forming a powerful corporate group. Guangmai Electronics is a national high-tech enterprise and a specialized and new enterprise in Shenzhen. It has been ranked among the top 100 in China's LED industry and has been awarded honors such as Shenzhen Standard Application Demonstration Unit and Guangdong Integrity Demonstration Enterprise.
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