Products Details
| Body Material | Aluminum |
| IP Rating | IP65 |
| Shape | Round |
| Surface Treatment | Anodized |
| Body Color | Black |
| Warranty(Year) | 3-Year |
| Type | Heat Sinks |
| Lighting solutions service | Lighting And Circuitry Design, Dialux Evo Layout, Litepro Dlx Layout, Agi32 Layout, Auto Cad Layout, Onsite Metering, Project Installation |
| Process | Cold forging |
| Product Weight（kg） | 0.12 |
| Product name | Cold forging heatsink |
| Material | AL1050 |
| Diameter | 70mm |
| Height | 35mm |
| Thickness | 6mm |
| power | 15w |
| Application | Led Lighting |
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FAQ
1. What is a 70mm round black anodized LED heat sink?
A 70mm round black anodized LED heat sink is an aluminum cooling component designed to dissipate heat from LED modules and improve LED performance.
2. Why use a black anodized LED heat sink?
A black anodized LED heat sink offers improved corrosion resistance, a durable finish, and efficient thermal management for LED applications.
3. What material is this LED heat sink made of?
This LED heat sink is typically made of aluminum, which provides excellent heat dissipation and lightweight durability.
4. What LED applications is a 70mm round heat sink suitable for?
A 70mm round heat sink is suitable for LED lamps, LED modules, downlights, custom fixtures, and other high-power LED lighting projects.
5. Does anodizing help with heat dissipation?
Yes, anodizing can support thermal performance while also improving surface durability and corrosion resistance in an LED heat sink.
6. Is this LED heat sink good for OEM lighting products?
Yes, this round LED heat sink is a practical OEM solution for custom lighting designs, industrial assemblies, and bulk production.
7. How does an LED heat sink improve LED lifespan?
An LED heat sink reduces excess heat, helping maintain stable temperatures and extending LED lifespan and reliability.
8. Can this round heat sink be used in custom lighting designs?
Yes, the 70mm round LED heat sink is well suited for custom lighting designs that require compact and efficient thermal management.
