China Top Skived Fin Heatsink Manufacturer
Spade teeth fins/heatsink are widely used because of their superior performance. With the large-scale application, the Wonder spade teeth heat sink technology and technology are more mature, the degree of automation is gradually improved, and the cost and reliability advantages are obvious. 5G communication, UPS , base stations, charging piles, frequency converters, controllers, wind power converters, SVG, LED lights and other domestic and foreign customers.
The Advantage Of Shovel Tooth Heatsink
The shovel tooth heatsink has the following advantages:
- The shovel tooth heat dissipation plate is a whole profile without any connection points, which can give full play to the heat dissipation characteristics of the profile.
- Wonder’s shovel tooth technology can make the shovel tooth piece thinner/higher in density, with higher heat dissipation efficiency.
- The processing technology is simpler than Winxuan’s other water-cooled liquid-cooled heatsink, and the weight is lighter and the cost is lower.
- Compared with processes such as aluminum extrusion, there are fewer restrictions on size and so on, and it can be made wider and can be used for heat dissipation of machines with higher power.
The Case Studies Of Shovel Tooth Heatsink
Our value is using faster time to fabricating the customer’s product, and help them to forward the product into market, This is also our target. Our advantage is one-stop shop service and faster manufacture time
6063 aluminum heat sink 
All copper heat sink 
Aluminum shovel fins cooler 
Communication base station shovel cooler 
Copper shovel tooth cooling plate 
Custom wave pattern shovel fins 
Double sided shovel heatsink 
High power 5G base station copper shovel tooth coolier 
High power charging pile all copper shovel heatsink 
Large size shovel heatsink 
Sunflower heat sink 
Round aluminum extrusion radiator
What Is Skived Fin Heatsink
The shovel tooth is the shovel tooth process. The profile is processed into a specific model, such as a heatsink fin, with a shovel tooth machine, and the finished product is the shovel tooth heatsink.
The shovel-tooth heatsink uses a long strip (aluminum, copper) to cut the material into a sheet shape at a certain angle through mechanical action and is relatively straight. Repeated cutting forms a consistent gap structure. The heat dissipation of high-power devices can improve the heat dissipation efficiency by 8~15% compared with the plug-in heatsink.
