About CNC Machined Aluminium Radial Fin Heat Sink
Precision-machined circular aluminium heat sink featuring multiple radial cooling fins and a central bore. Designed for efficient heat dissipation in motors, power electronics, LED systems, industrial equipment and thermal-management applications. Pitrukrupa Engineering also lists CNC-machined aluminium heat-sink products.
Optimized Radial Fin DesignFeaturing a precisely engineered round profile and radial fin structure, this heat sink greatly enhances surface exposure to air, facilitating efficient heat dissipation. The robust aluminium body delivers high thermal conductivity while maintaining lightweight durability, making it ideal for dense or high-heat environments such as LED modules and power electronics.
Customizable for Diverse ApplicationsWhether your project requires specific dimensions, custom mounting bores, or unique surface anodizing, this product can be tailored to your exact specifications. Customers can request alterations including color, finish, and fin array to ensure optimal compatibility with their cooling systems. All custom projects are subject to defined lead times based on order quantity and complexity.
FAQ's of CNC Machined Aluminium Radial Fin Heat Sink:
Q: How is the CNC Machined Aluminium Radial Fin Heat Sink manufactured?
A: This heat sink is produced using CNC machining from high-grade aluminium, ensuring precise tolerances and consistency in the radial fin structure, which optimizes heat dissipation and durability.
Q: What surface treatments and colors are available for the heat sink?
A: Standard finishes include natural or anodized surfaces in silver. However, custom anodized colors and finishes can be arranged as per specific client requirements.
Q: When should I consider customisation for my heat sink requirements?
A: Customization is ideal when your application demands specific sizes, shapes, mounting options, or enhanced surface treatments to match your electronic device or operating environment.
Q: Where is this heat sink typically used?
A: It is widely deployed in LED cooling assemblies, electronic devices, and power components that require high-efficiency heat management for reliable performance.
Q: What benefits does the radial fin design offer for heat dissipation?
A: The radial fin configuration maximizes the surface area in contact with air, resulting in superior thermal conductivity and efficient heat transfer away from the source.
Q: How does the product ensure compliance with safety and environmental standards?
A: ROHS compliance is available upon request, ensuring that the heat sink meets stringent restrictions on hazardous substances for global export and safe usage.
Q: What is the typical lead time for production and delivery?
A: Lead time for standard or customized orders usually ranges from 2 to 4 weeks, depending on the design complexity and order quantity.