China Suppliers Factory for Ceramic Thick Film Heat Dissipation Plates for LED Lighting Solutions
advantages
Five advantages to provide you with a good user experience.
Multiple product certifications
Exquisite craftsmanship
Lightweight
Small size
Long service life
feature
- ☑ Has anti oxidation and anti sulfurization properties.
- ☑ Suitable for multi grain packaging COB process or flip chip process.
- ☑ Crafted with ingenuity, the choice of quality.
Product scope of application
Ceramic thick film heat dissipation plates for LED lighting are suitable for high-power LED lighting fields, such as special lighting, outdoor lighting engineering, and other scenarios. Ceramic thick film heat dissipation plates can greatly enhance the service life and efficiency of LED chips due to their excellent thermal conductivity, heat dissipation performance, insulation, and corrosion resistance. In special occasions that require high brightness and high efficiency lighting, such as industrial lighting, stage lighting, etc.
Product parameter
| Product name | Ceramic thick film heat dissipation plate for LED lighting |
| Customized | Provide customized services |
| Working temperature range | -50°C~+350°C |
| Key materials | AL2O3 Aluminum oxide or AIN high-performance precision ceramics |
| Functional materials | High performance/Ag/Pd/Pt/Cu/Au imported conductor material with strong adhesion |
| Thermal conductivity | AL2O3 17~30W/m.k; ALN 90~220W/m.k; |
| reflectivity | More than 90% |
| Maximum luminous efficiency | ≥150Lm/W |
| Product Usage | Ceramic thick film circuit board specially designed for various high-power LED lighting applications |
Application Cases
Ceramic thick film heat dissipation plates have excellent thermal conductivity, which can quickly conduct the heat generated by LEDs, effectively reduce junction temperature, and improve the efficiency and lifespan of LED chips. During the use of outdoor lighting projects, ceramic heat dissipation plates can cope with complex usage environments and ensure stable operation of LED chips at high temperatures.
