Anodized Cnc Aluminum Heat Sink For Led Enclosure Manufacturers Supplier Factory

Anodized Cnc Aluminum Heat Sink For Led Enclosure

Product Highlights

Enhanced thermal performance for LED applications.
Lightweight yet durable anodized aluminum construction.
Precision CNC machining ensures perfect fit and finish.
Corrosion-resistant surface for extended lifespan.
Customizable designs to match specific LED enclosure needs.
Efficient heat dissipation to prevent LED overheating.
Eco-friendly manufacturing process.
Compatible with a wide range of LED systems.

Products Details

Grade	6000 Series
Tolerance	Â±1%
Delivery Time	22 ~ 30 days
Alloy Or Not	Is Alloy
Application	Heat Sink
Processing Service	Bending, Decoiling, Welding, Punching, Cutting
Shape	T-Profile
Temper	T3~T8
Product name	Custom Aluminum Instrument Enclosures Profiles
Selling Units	Single item
Single package size	10X10X5 cm
Single gross weight	1.000 kg

Anodized Cnc Aluminum Heat Sink For Led Enclosure

FAQ

1. What is the primary material used?
The heat sink is made from anodized aluminum, offering durability and efficient heat dissipation.

2. How does anodization benefit the heat sink?
Anodization increases corrosion resistance and enhances the thermal performance of the heat sink.

3. Is the heat sink customizable?
Yes, designs can be customized to meet specific LED enclosure requirements, ensuring a perfect fit.

4. Why is CNC machining important?
CNC machining ensures precision and consistency in the manufacturing of the heat sink.

5. What industries benefit from this product?
Industries utilizing LED technology, such as lighting and automotive, benefit from improved thermal management.

6. How does it prevent LED overheating?
The heat sink efficiently dissipates heat, maintaining optimal LED operating temperatures.

7. Is the product eco-friendly?
Yes, the manufacturing process is designed to be environmentally friendly.

8. Can it be used with all LED systems?
The heat sink is compatible with a wide range of LED systems, providing versatile application possibilities.