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WK-3090
SOAO
Product Image
The shovel tooth heat sink has a higher heat sink density and increases the heat exchange area within a limited volume. Due to the limitations of profile molds and extrusion processes, the tooth thickness and tooth spacing cannot be too small.The tooth cutting process is almost unrestricted, with a minimum tooth thickness of 0.05mm.
The tooth height of the shovel tooth heat sink can reach 120mm, fully meeting the production needs of heat sinks in most application scenarios.
The shovel tooth heat sink is lifted on the prototype material, so the heat dissipation efficiency is zero loss,reaching 100% of the prototype material's heat dissipation efficiency, and there is no risk of loosening or falling off, improving the reliability of machine operation.
The shovel tooth radiator is integrally formed,with high compatibility in later processing.It can also be combined with processes such as buried copper pipes to improve heat dissipation performance.Whether it is soft soldering or hard soldering, it can adapt to the corresponding temperature rise in the manufacturing process.
Because there is no need for additional forming molds during the tooth cutting process,for products of different sizes and structures, simply replacing materials and blades, and setting a new tooth cutting program can greatly shorten the sampling time and cost.and correspandingly reduce mass production costs.
About Us
Partner Companies
Product Image
The shovel tooth heat sink has a higher heat sink density and increases the heat exchange area within a limited volume. Due to the limitations of profile molds and extrusion processes, the tooth thickness and tooth spacing cannot be too small.The tooth cutting process is almost unrestricted, with a minimum tooth thickness of 0.05mm.
The tooth height of the shovel tooth heat sink can reach 120mm, fully meeting the production needs of heat sinks in most application scenarios.
The shovel tooth heat sink is lifted on the prototype material, so the heat dissipation efficiency is zero loss,reaching 100% of the prototype material's heat dissipation efficiency, and there is no risk of loosening or falling off, improving the reliability of machine operation.
The shovel tooth radiator is integrally formed,with high compatibility in later processing.It can also be combined with processes such as buried copper pipes to improve heat dissipation performance.Whether it is soft soldering or hard soldering, it can adapt to the corresponding temperature rise in the manufacturing process.
Because there is no need for additional forming molds during the tooth cutting process,for products of different sizes and structures, simply replacing materials and blades, and setting a new tooth cutting program can greatly shorten the sampling time and cost.and correspandingly reduce mass production costs.
About Us
Partner Companies
