133Mm Silver Pin-Fin Heatsink For Grow-Light Aluminum Extrusion Manufacturers Supplier Factory

133Mm Silver Pin-Fin Heatsink For Grow-Light Aluminum Extrusion

Product Highlights

Efficient heat dissipation with 133mm pin-fin design.
Lightweight aluminum extrusion for easy installation.
Optimized for grow-light applications.
Durable silver finish for long-lasting use.
Enhanced thermal management for better performance.
Compatible with a variety of grow-light systems.
Reduces thermal stress on lighting components.
Environmentally friendly, recyclable materials.
Low maintenance and high reliability.

Products Details

Body Material	Aluminum
Shape	Round
Surface Treatment	Anodize
IP Rating	IP65
Lighting solutions service	Project Installation, led lighting
Body Color	Natural
Luminous Efficacy(lm/w)	14000
Process	Cold Forging
Product Weight（kg）	0.7
Type	Heat Sinks
Selling Units	Single item
Single package size	14X14X7.5 cm
Single gross weight	0.900 kg

133Mm Silver Pin-Fin Heatsink For Grow-Light Aluminum Extrusion

FAQ

1. What is the primary use of the heatsink?
The 133mm Silver Pin-Fin Heatsink is primarily used for grow-light aluminum extrusion systems.

2. How does the pin-fin design aid in heat dissipation?
The pin-fin design increases surface area, enhancing heat dissipation efficiency.

3. Is this heatsink compatible with all grow-light systems?
The heatsink is compatible with a variety of grow-light systems, ensuring versatility.

4. What material is the heatsink made of?
The heatsink is made of lightweight, durable aluminum.

5. Does the heatsink require frequent maintenance?
The 133mm Silver Pin-Fin Heatsink requires low maintenance, offering high reliability.

6. How does the silver finish benefit the heatsink?
The silver finish provides durability and enhances the heatsink’s thermal management capabilities.

7. What are the environmental benefits of this heatsink?
The heatsink is made from recyclable materials, contributing to environmental sustainability.

8. Does the heatsink help reduce thermal stress?
Yes, it reduces thermal stress on lighting components, improving longevity.