Integrated Signals Aluminium Casting Heat Sinks

Integrated Signals Aluminium Casting Heat Sinks Specification

Casting Process
Die Casting

Method
Precision Machining

Product Type
Aluminium casting

Surface Treatment
Casting

Color
Silver

Weight (kg)
2.8

Heat Dissipation Efficiency
Up to 72 W/mK

Operating Temperature Range
-40°C to 185°C

Shape
Rectangular Finned

Mounting Type
Bolt-On Holes Provided

Feature
Integrated channel pathways for enhanced thermal transfer

Finish
Matte/Satin

Material
High-Grade Aluminium Alloy

Customization
Available

Corrosion Resistance
Yes

Dimensions
320 mm x 145 mm x 80 mm

Integrated Signals Aluminium Casting Heat Sinks Trade Information

Minimum Order Quantity
500 Number

Payment Terms
Cheque, Letter of Credit at Sight (Sight L/C), Letter of Credit (L/C)

Supply Ability
5000 Per Month

Delivery Time
2 Week

Sample Available
Yes

Sample Policy
Contact us for information regarding our sample policy

Main Export Market(s)
Asia

About Integrated Signals Aluminium Casting Heat Sinks

Discover the Special, masterful engineering behind Integrated Signals Aluminium Casting Heat Sinksa glorious blend of high-grade aluminium alloy and precision machining. Highlighted by a matte finish and rectangular finned design (320mm x 145mm x 80mm), these heat sinks deliver excellent heat dissipation up to 72 W/mK. Designed for longevity with superb corrosion resistance, they feature integrated channel pathways for enhanced thermal transfer and convenient bolt-on mounting. Proudly made in India and available in silver, you can choose customization for your unique requirements. Grab yours today from Indias leading distributor, manufacturer, supplier, and trader.

Diverse Applications for Every Industry

Integrated Signals Aluminium Casting Heat Sinks are highly valued in power electronics, telecommunication equipment, industrial automation, and LED lighting. Their robust rectangular finned design ensures optimal thermal management in control panels, inverters, and machinery housing. Installation is seamless with bolt-on holes, making it suitable for facilities demanding maximum cooling efficiency and reliability. Their compatibility with various environments and adaptability to custom specifications make them an exceptional choice for a diverse range of technical applications.

Sample Availability and Streamlined Delivery Process

Samples of Integrated Signals Aluminium Casting Heat Sinks are available upon request to help you evaluate suitability before placing a bulk order. Our supply ability remains consistent, and goods are shipped promptly to ensure minimal waiting times. Delivery is carried out via reliable goods transport services, accompanied by a transparent list price for full cost clarity. Expect your precision-engineered products to arrive in pristine condition, ready for immediate deployment in your operations.

FAQs of Integrated Signals Aluminium Casting Heat Sinks:

Q: How can I request a sample of the Integrated Signals Aluminium Casting Heat Sinks?

A: You may request a sample by contacting our sales team through our website or distributor network; we will promptly arrange sample shipment for your evaluation.

Q: What process is used in the manufacturing of these heat sinks?

A: Our heat sinks are manufactured through a precise die casting process, followed by advanced machining techniques to ensure accuracy, durability, and high-quality surface finish.

Q: When can I expect the goods to be delivered after placing an order?

A: Once your order is confirmed, products are typically shipped within the stipulated delivery timeframe, utilizing reliable goods transport services to expedite arrival.

Q: Where are these heat sinks made, and is customization available?

A: Integrated Signals Aluminium Casting Heat Sinks are proudly made in India, and we offer customization options to match specific dimension or design requirements.

Q: What are the application benefits of using these aluminium casting heat sinks?

A: The heat sinks offer excellent heat dissipation, outstanding corrosion resistance, and durability in demanding environments, resulting in improved operational reliability for various electrical and electronic systems.

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