Rectangle Copper Heat Sink for CPU Cooler

Quick Details
Place of Origin: Guangdong, China (Mainland)
Grade: 6000 Series
Temper: T3-T8
Application: Heat Sink
Shape:Square
Alloy Or Not:Non-alloy
Model Number:103
Brand Name:INNOLEAD
Product name:heatsink
Color:Customized Color
Material:copper
Surface treatment:plated nickel or copper wash

Supply Ability
Supply Ability: 100000 Set/Sets per Year

 

Packaging & Delivery
Packaging Details
Uniform carton packaging, customizable according to demand
Port SHENZHEN PORT
Lead Time : 3 weeks

 

Material: Pure copper/aluminum alloy

Processing method: fin leakage/grooving/drilling/CNC/stamping

Surface treatment: antioxidant treatment

Color:According to customized
Size:According to customized
Engraving Logo:Accepted
Certificate:ISO9001
Finish:Anodised,polishing, brushing,matte
Service:Customized OEM/ODM

Application: Used to cool electronic, LED, semiconductor, and computer components, as well as any other place where a reliable heat sink is required.

This radiator is a high-quality and efficient radiator since it is built of pure copper and has a thermal conductivity of up to 401W/(m K).

 

Copper Heat Sink

A popular type of radiator that has the benefits of high efficiency and long lifespan is the rectangular copper radiator. To preserve the integrity and efficacy of radiator performance, copper radiator production procedures and material quality must be tightly regulated.

 

First of all, the rectangular copper radiator has strong heat dissipation capabilities that can dissipate the excessive heat generated, preventing the machine from running unsteadily or even burning out in cases when the equipment generates excessive heat. Because copper heat sinks have better thermal conductivity than heat sinks made of other materials, heat can be transferred from the heat sink more quickly.

 

Secondly, rectangular copper radiators also have a long service life. When choosing the material of the heat sink, copper is an ideal choice. In addition to better thermal conductivity than other materials, copper is also very resistant to corrosion, and copper radiators are not susceptible to external corrosion and damage during daily use. In this way, the service life of the copper radiator is guaranteed, and the user does not need to replace the radiator frequently, reducing the interference with the production equipment.

 

Finally, when manufacturing copper radiators, the quality of materials and the manufacturing process of the product must be strictly controlled. The production of copper radiators has many details, cumbersome process requirements, and the manufacturing process must reach strict qualification certification to ensure that the performance and quality of the product meet customer requirements. Copper radiators can work efficiently in a variety of environments and remain intact in harsh working environments. At the same time, copper radiators are also indispensable key components in equipment with high performance requirements.

 

In short, rectangular copper radiators have many advantages and are easily one of the most widely used radiator types in industrial production and processing industries. The superior performance and long life of copper radiators can better obtain a better user experience and a more reliable equipment environment for equipment and users, and will continue to become a popular radiator product in the future market.

Innolead is a leading digital additive manufacturing solution provider for rapid prototyping and on-demand production. Innolead provides professional-grade services such as 3D printing, CNC Machining, injection molding and vacuum casting to various industries.

 

 

 

Basic Information

Total Capitalization	less than US$50,000
Country / Region	China
Year Established	2014
Total Employees	100 to 149
Business Type	Exporter, Manufacturer, Trading Company

 

Trading Capabilities

Total Annual Sales	less than US$50,000
Export Percentage	90 percent to 94 percent
OEM Services	Yes
Small Orders Accepted	Yes
Brand Names	Innolead
Payment Terms	TT
Main Competitive Advantages	Experienced R&D Department, Large Product Line, ODM (Original Designing & Manufacturing), OEM Capability, Production Capacity, Reliability, Reputation
Other Competitive Advantages	NA
Major Customer	Soprano, European Thermodynamics Ltd.
Export Markets	Australasia, Central/South America, Eastern Europe, Mid East/Africa, North America, Western Europe

 

6.FAQ

 

Q1:How about a copper radiator?

Re:Since copper conducts heat well, it is occasionally used as a heatsink. If you heat one end of a piece of copper, you can see that the other end immediately reaches the same temperature. Due to its high melting point and resistance to corrosion, copper is utilised in numerous heating applications.

 

Q2: What serves as a substitute for copper heat sinks?

Re:Aluminium is a great material for most heat sinks because it is lightweight, affordable, and simple to manufacture. The most popular alloys are alloys 6061 and 6063, whereas alloys 1050 and 1100 are purer and have a somewhat higher conductivity. The thermal conductivity of it is around half that of copper.

 

Q3: Why is copper better than heat pipe?

Re: Aluminium is typically regarded as the best material for the majority of heat sink alloys since it is inexpensive, lightweight, and simple to make. The most popular varieties of the many different aluminium alloys are 6061 and 6063, while 1050 and 1100 are purer and have a little better electrical conductivity. Aluminium has a high thermal conductivity compared to other materials, and its capacity for heat transfer is roughly half that of copper.

 

Q4. What benefits does copper have in terms of heat transfer?

Re: The advantages of copper heat exchangers

conductivity of heat.

 

corrosion protection.

 

anti-biofouling ability.

 

microbiological resistance.

 

inner grooving is simple.

Q5:What kind of material is best for heat sink?

Re: Based on specific usage scenarios, radiator materials need to be chosen. Although one of the best materials is copper, if weight and cost considerations must be made, aluminium is a great alternative because of its lighter weight and higher thermal conductivity. To ensure the equipment will operate normally and maintain stability over time, it is critical to make sure that the material utilised has good heat dissipation capability.

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