High Grade Aluminium Heat Sink

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MOQ : 10 Pieces

High Grade Aluminium Heat Sink Specification

Rated Frequency
50/60 Hz

Voltage
220-240 V

Type
High Grade Aluminium Heat Sink

Material
Aluminium

Application
Industrial Electronic Devices, Power Supplies, LED Lighting, Amplifiers

Max. Input Power
500 W

Max. Output Power
480 W

Host Weight
1.2 kg

Temperature Protection
Up to 120C

Thermal Resistance
Low

Mounting Type
Through Hole

Surface Finish
Anodized

Max Output
480 W

Color
Silver

Compatibility
Customizable

Size
100 mm x 60 mm x 25 mm

Shape
Rectangular Finned

High Grade Aluminium Heat Sink Trade Information

Minimum Order Quantity
10 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Pieces Per Month

Delivery Time
10 Days

Main Domestic Market
All India

About High Grade Aluminium Heat Sink

Experience ace-level thermal management with our scarce High Grade Aluminium Heat Sink. Featuring a masterful anodized, rectangular finned design, it delivers low thermal resistance for unassailable heat dissipation. The instant checkout process ensures you instantly redeem this premium component before it's gone. It is compatible with a wide array of industrial electronic devices, amplifiers, and power supplies, boasting a max output power of 480 W and voltage range of 220-240 V. Through-hole mounting and temperature protection up to 120C make it a top-tier choice for demanding applications. Secure yours from India's leading supplier now.

Versatile Solution for Demanding Applications

The High Grade Aluminium Heat Sink excels in industrial environments, making it ideal for power supplies, LED lighting, and amplifiers. Its customizable size and robust anodized surface finish offer extra features such as superior corrosion resistance and adaptability to specific equipment. For users seeking reliable thermal management, its low thermal resistance ensures optimal performance even in harsh conditions. This component is equally suited for other applications requiring efficient heat dissipation in industrial and electronic systems.

Global Reach with Seamless Transactions

Our High Grade Aluminium Heat Sink is shipped globally, targeting main export markets including Europe, Asia, and the Middle East. Domestically, we offer our goods across all major Indian industrial hubs, providing efficient freight services for prompt delivery. Payment terms are flexible-accepting advance payment, online transfers, and credit arrangements for bulk orders. As a trusted service provider, supplier, and trader, we ensure each transaction is handled with secure and reliable offers for maximum client satisfaction.

FAQ's of High Grade Aluminium Heat Sink:

Q: How does the anodized finish benefit the heat sink's performance?

A: The anodized surface provides enhanced corrosion and wear resistance, ensuring long-term reliability and maintaining optimal heat dissipation efficiency over extended use.

Q: What is the process for redeeming or purchasing this high grade aluminium heat sink?

A: You can instantly checkout via our online platform or contact our sales team in India to redeem your order. Our fast processing ensures swift shipping and secure transactions.

Q: Where can the heat sink be applied beyond power supplies and amplifiers?

A: This heat sink is versatile and well-suited for industrial electronic devices, LED lighting, and custom equipment requiring powerful thermal management solutions.

Q: When is temperature protection crucial for this heat sink?

A: Temperature protection up to 120C is vital when devices operate in high-demand environments, safeguarding components from overheating and extending equipment lifespan.

Q: What makes your heat sink unassailable in terms of compatibility?

A: Its customizable design allows tailoring to specific dimensions and mounting configurations, making it a masterful fit for diverse industrial and electronic requirements.

Q: How does the low thermal resistance of the heat sink impact usage?

A: Low thermal resistance ensures efficient heat dissipation, improving device stability and preventing performance drops in high-power applications like amplifiers and industrial electronics.

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