Description:
 
This design is more effective product , it is very common for board level dissapate heat sink . We offer an excellent cost effective solution to our customers' extrusion needs. Our heat sinks are used in many well-known markets and industry leaders with applications including power supplies and audio equipment. Catalogs with hundreds of standard specifications are available upon request. Custom designed parts are provided on a regular basis.
 
 
Applications:
 

Manufactory Price of Aluminum Led Heat Sinks / Led Housing  being good for various kinds of led lights , led bulbs , led lamps , downlights .
 
Specifications:
 
 

 

 
INTRODUCTION OF PRODUCTS AND TECHNOLOGY
 
 Cold forging is a manufacturing process involving the shaping of metal using localized compressive force with no or less cutting. It’s a kind of process wherein the cold metal flows plastically by volume re-distributing or transferring under compressive forces into a variety shapes within the dies to obtain desired parts or blanks. It relies on the die to control the metal flow and forms parts by metal massive volume transferring. The frequently-used extrusion methods are: forward extrusion, backward extrusion, combined extrusion and ironing process. It is a kind of advanced production technology of high-precision, high efficiency, environmentally friendly and low power consumption, often used for large-scale production of small and medium-sized forgings.
 
Anodizing (anodic oxidation), the electrochemical oxidation of the metal or alloy. Parts of the metal or alloy as the anode, the use of electrolysis to the surface oxide film is formed. Metal oxide thin film changes the surface state and properties, such as surface color, improve corrosion resistance, improved wear resistance and hardness, protect the metal surfaces. Such as aluminum, anodized aluminum and its alloys in the appropriate electrolyte (such as sulfuric acid, chromic acid, oxalic acid, etc.) as the anode, in certain conditions, and under the action of applied current for electrolysis. Anodic oxidation of aluminum or an alloy thereof, aluminum oxide thin layer formed on the surface, having a thickness of 5 to 20 microns, hard anodic oxide film of up to 60 to 200 microns. 
The so-called aluminum anodic oxide is an electrolytic oxidation process, in the process, the surface of aluminum and aluminum oxide film is usually converted to, this layer of a protective oxide film, as well as some other decorative features. From this definition anodized aluminum, only this part of the anodized film generating process