Products Details
| Grade | 6063 6061Aluminum Alloy |
| Shape | Custom Extruded & Skived Fin |
| Temper | No |
| Tolerance | ±0.02mm~±0.05mm |
| Application | Heat Sink |
| Processing Service | CNC Machining, Drilling, Tapping, Milling, Anodizing, Cutting |
| Delivery Time | 22 ~ 30 days |
| Alloy Or Not | Is Alloy |
| Surface Treatment | Mill Finish / Silver Anodizing / Conductive Anodizing |
| Temper | T5, T6 |
| Structure Type | Extruded Heat Sink, Skived Fin Heat Sink |
| Packing | ESD Anti-static Safe Packaging |
+
FAQ
1. What is an Optical Module Dense Fin Heat Sink?
An Optical Module Dense Fin Heat Sink is a thermal management component designed to improve heat dissipation for optical module and transceiver applications.
2. Why use a dense fin heat sink for optical modules?
A dense fin heat sink increases surface area, enhances thermal dissipation, and helps maintain stable temperatures in optical module systems.
3. Which applications are suitable for this heat sink?
This optical module heat sink is ideal for telecom equipment, datacom hardware, laser modules, and high-density networking devices.
4. Does a dense fin heat sink improve module reliability?
Yes, a dense fin heat sink helps reduce thermal stress, supporting better optical module reliability and longer service life.
5. Can this heat sink be customized?
Yes, custom optical module heat sink options are available for fin density, dimensions, materials, and mounting requirements.
6. What materials are available for dense fin heat sinks?
Common options include aluminum heat sink and copper heat sink materials, depending on thermal performance and weight targets.
7. How does fin density affect cooling performance?
Higher fin density can improve heat sink performance by increasing heat transfer area, especially in controlled airflow environments.
8. Is this heat sink suitable for compact enclosures?
Yes, the dense fin heat sink is designed for compact optical module enclosures where efficient thermal management is critical.
9. Does it support high-power optical transceivers?
Yes, this high-performance heat sink is suitable for high-power optical transceivers and other heat-sensitive optical components.
10. How do I choose the right optical module heat sink?
Choose based on thermal load, airflow, enclosure size, material, and mounting needs to ensure the best optical module cooling solution.
