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Heat sink Product List and Ranking from 43 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Oct 01, 2025～Oct 28, 2025
This ranking is based on the number of page views on our site.

Heat sink Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Oct 01, 2025～Oct 28, 2025
This ranking is based on the number of page views on our site.

  1. Axuas Co., Ltd. Aichi//Consumer Electronics
  2. LSIクーラー Tokyo//Industrial Electrical Equipment
  3. 高木製作所 Ibaraki//Industrial Electrical Equipment
  4. 4 三協サーモテック 東京事務所 Tokyo//Other manufacturing
  5. 5 ザワード Tokyo//Trading company/Wholesale
Go to Company Ranking

Heat sink Product ranking

Last Updated： Aggregation Period:Oct 01, 2025～Oct 28, 2025
This ranking is based on the number of page views on our site.

  1. Aluminum Water-Cooled Heat Sink "YC Series" LSIクーラー
  2. Heat Sink for Printed Circuit Board - Product Catalog 三協サーモテック 東京事務所
  3. Water-cooled heat sink 高木製作所
  4. 4 Flexible heat sink LSIクーラー
  5. 5 Emerging Ceramics Heat Sink (Metal Metallurgy) Business

Heat sink Product List

241～255 item / All 619 items

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CPC heat sink (Cu, Cu-Mo, Cu composite material)

CPC heat sink (Cu, Cu-Mo, Cu composite material)

High heat dissipation that maximizes the performance of semiconductor devices! Stable mass supply is possible through rolling and punching processes.

We handle "CPC Heat Sinks (Cu, Cu-Mo, Cu Composites)." They have high thermal conductivity that maximizes the performance of semiconductor devices and can be supplied in large quantities stably through rolling and punching processes. These products can be applied to wireless communication in mobile phone base stations. 【Features】 ■ High thermal conductivity that maximizes the performance of semiconductor devices ■ Stable supply in large quantities through rolling and punching processes ■ A lineup of materials with various thermal conductivities and thermal expansion rates *For more details, please refer to the PDF document or feel free to contact us.

  • Other electronic parts

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Heat sink

Heat sink

Compatible with TO-218, TO-220, TO-252, and TO-263 transistor packages.

Press extrusion processing to improve heat dissipation in applications Our press extrusion processing heat sink line is an ideal solution for enhancing heat dissipation in low and high power board-level designs. It is compatible with TO-218, TO-220, TO-252, and TO-263 transistor package types and is available in various standard shapes and sizes. Our aluminum heat sinks can be easily measured under four conditions of thermal resistance, making it easy to select the best extrusion or press for natural convection or forced air cooling systems.

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<New Product Category> BGA Heat Sink HSB Series

<New Product Category> BGA Heat Sink HSB Series

A new product group, BGA type, has been added to the lineup of heat sinks.

We have prepared 23 models in a wide range of sizes, with areas from 8.5 x 8.5mm to 60 x 60mm and thicknesses from 6mm to 25mm.

  • Other electronic parts
  • Cooling system

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[Processing Example] Heat Sink Machining Stainless Steel

[Processing Example] Heat Sink Machining Stainless Steel

We can handle the production of various parts starting from just one piece! Here are examples of heat sinks that have been machined.

At Antak Co., Ltd., we manage a wide range of processes comprehensively and promise to reduce total costs. In the processing department, we handle various parts from single items. We strive to meet our customers' processing requests and maximize cost efficiency. 【Example】 ■ Processing Category: Cutting Processing - Stainless Steel ■ Product Name: Heat Sink ■ Processing Details: MC Processing - Wire Discharge ■ Material: SUS304 ■ Surface Treatment: - ■ Heat Treatment: - *For more details, please refer to the PDF document or feel free to contact us.

  • Processing Contract

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Turbulent heat sink

Turbulent heat sink

Heat sink for forced air cooling with improved heat dissipation performance.

Improvement of heat exchange performance due to increased surface area.

  • Switching Power Supply

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[Technical Adoption Case] High Tongue Heat Sink Extruded Material

[Technical Adoption Case] High Tongue Heat Sink Extruded Material

By using performance analysis through simulation, we can provide proposals tailored to your needs!

We would like to introduce a case where our aluminum technology has been adopted for "high tong heat sink extruded profiles." Heat sinks are heat dissipation materials that utilize the high thermal conductivity of aluminum and are used for cooling semiconductor devices in communication equipment and various control devices. The temperature rise of semiconductor devices can lead to issues such as decreased reliability, reduced performance, and destruction, making the use of heat exchangers essential. Aluminum heat sinks, which excel in cooling performance and cost, are utilized. Proposals tailored to your needs can be made through performance analysis using simulations. 【Case Overview】 ■ Application: Cooling of semiconductor devices in communication equipment and various control devices ■ Manufacturing Range ・Outer diameter of profile (φ): 200mm or less ・Tong support width (W): 3mm or more *For more details, please refer to the related links or feel free to contact us.

  • aluminum

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[Data] Free Download of Excel for Manufacturing Sites (Pivot Table Edition)

[Data] Free Download of Excel for Manufacturing Sites (Pivot Table Edition)

"I want to be able to use pivot tables." "I want to know how to use them in the factory." If you are such a person, please read on!

"I have learned to use the SUM function and IF function in Excel. What should I study next?" "It seems that pivot tables are convenient, but I don't know how to use them specifically." "How are pivot tables used in manufacturing sites?" This document has been created for those who have such concerns. Once you can use pivot tables, you can freely summarize individual data. In this document, we will introduce a case study using daily sales quantity data for each product to aggregate the sales quantity for the month using a pivot table. The examples in this document are basic, but for those using pivot tables for the first time, practicing according to this document will help you easily visualize the overall concept of pivot tables. I hope the content of this document will be helpful to you.

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[Material] Quality Control for Factories (Control Charts) (Free Download)

[Material] Quality Control for Factories (Control Charts) (Free Download)

"I learned a bit about control charts for the QC certification, but how are they actually used in practice?" I will explain using specific examples from metal processing!

When you start studying quality management, you will come across something called the "7 QC Tools." These are (1) check sheets, (2) Pareto charts, (3) cause-and-effect diagrams, (4) graphs, (5) scatter diagrams, (6) histograms, and (7) stratification. In this document, we will explain what control charts, which are one of the 7 QC tools, are, along with specific methods for creating and interpreting them.

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[Information] Points to Note in Quality Control - Revision Work Edition (Free Download Available)

[Information] Points to Note in Quality Control - Revision Work Edition (Free Download Available)

Isn't it possible that something that shouldn't have defects actually does? I will introduce and explain a specific example.

In the factory, various products are produced, and the "work instruction sheet," which outlines the work processes in order, is used in situations such as the following: - As educational material when a new person joins and needs to perform tasks - To ensure that there are no omissions when an order comes in after a long time - To clarify changes and prevent incorrect work from being done It is also used when experienced workers confirm familiar work procedures, but I believe its significance is particularly great during what are referred to as the 3 Hs (first time, changes, long time). While the "work instruction sheet" may describe what to do when work proceeds smoothly, there are likely few that include details on how to handle defective products, such as "if a defect occurs in this process, handle it this way." Even if such information exists, does it align with the actual processes? In this document, I would like to introduce cases where "defects occur even though we are supposed to be following the work instruction sheet."

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[Material] Basic Series on Geometric Tolerances 1 - Straightness - (Free Download)

[Material] Basic Series on Geometric Tolerances 1 - Straightness - (Free Download)

"What is 'straightness'?" This is a document that also mentions usage examples and measurement methods!

When performing turning or milling operations, traces of the cutting tool may remain on the workpiece, and due to the effects of distortion or deflection during processing, there may be some deviation from the ideal shape. Geometric tolerances are used to indicate how much deviation from the ideal shape is acceptable. By understanding geometric tolerances, one can discern the designer's intentions behind the drawings. It also clarifies how to establish reference points and conduct processing and inspection. This document explains "straightness," a type of geometric tolerance. It will cover not only the definition but also when it is used and the measurement methods associated with it.

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[Material] Basic Series on Geometric Tolerances 9 - Concentricity and Coaxiality - (Free Download)

[Material] Basic Series on Geometric Tolerances 9 - Concentricity and Coaxiality - (Free Download)

"What are 'concentricity' and 'coaxiality'?" This is a document that also mentions usage examples and measurement methods!

When performing turning or milling operations, traces of the cutting tool may remain on the workpiece, and due to the effects of distortion or deflection during processing, there may be some deviation from the ideal shape. Geometric tolerances are used to indicate how much deviation from the ideal shape is acceptable. By understanding geometric tolerances, one can discern the designer's intent behind the drawings. It also clarifies how to establish references and conduct processing or inspection. This document explains two types of geometric tolerances: "concentricity" and "coaxiality." It will cover not only their definitions but also when they are used and the methods of measurement.

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[Video Material] How to Become a Recognized Person? Skills Required for Each Position!

[Video Material] How to Become a Recognized Person? Skills Required for Each Position!

"What abilities are required for each position?" I will answer that!

In a company, there are various positions such as section chief, department head, and division manager. What abilities are typically required for each position? In this video, I will discuss the abilities required for each role.

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LattePanda with cooling fan aluminum heat sink

LattePanda with cooling fan aluminum heat sink

By using a 2-pin jumper connector, you can easily connect to the CN2 header on the board.

The product features a thermal pad with adhesive on the back, which can be attached to the metal shield on the board. By using an aluminum case, the CPU's heat is quickly absorbed, demonstrating high performance. 【Specifications】 ■ Operating Voltage: 5V ■ Operating Current: 0.14A ■ Rated Speed: 7500RPM ■ Cable Length: 18cm ■ Interface Type: 2.54mm 2-pin DuPont female connector ■ Dimensions: 35 x 35 x 10 mm / 1.38 x 1.38 x 0.39" ■ Fan Dimensions: 30 x 30 x 7 mm / 1.18 x 1.18 x 0.28" ■ Weight: 14g *For more details, please refer to the external link or PDF materials, or feel free to contact us.

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LattePanda with pure copper heat sink

LattePanda with pure copper heat sink

Because it is made of pure copper, it can efficiently cool heat even in summer.

This product is a heat sink suitable for cooling small surface-mounted components such as the CPU and motor driver of the LattePanda. Made of pure copper, it can efficiently dissipate heat even in summer. Additionally, this product includes five heat sinks, and by installing all of them, you can cover the heat sources of the LattePanda and stabilize the temperature. 【Specifications】 ■ Made of pure copper ■ Self-adhesive ■ Dimensions: 13.2 x 12.1 x 4.8 mm ■ Weight: 32g *For more details, please refer to the external link or PDF materials, or feel free to contact us.

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C1020 manufactured experimental parts

C1020 manufactured experimental parts

This is an example of processing heat sinks for research and development and experimental use.

This is a part made for experimentation. The material used is copper (C1020), and all processing was done using a machining center. Machining of this type of heat sink shape requires precision in various aspects, such as the thickness of the plate, verticality, and rounding of corners. At Aject Co., Ltd., which operates CopperPlateProcessing.com, we can handle high-precision processing of such copper plates without any issues. Additionally, CopperPlateProcessing.com also accommodates processing of products for research and development or experimentation, so please feel free to consult us if you have such requests.

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