Heat Sink and Liquid Cold Plate Manufacturing Services
Kenfa Tech, a distinguished high – tech enterprise, excels in the comprehensive process of high – power heat sink and liquid cold plate production, including meticulous design, advanced development, rigorous testing, precise optimization, and customized manufacturing. Our team of experts, armed with cutting – edge technology and extensive experience, ensures that each heat sink not only meets but exceeds industry standards. We are dedicated to providing customers with top – quality products of unwavering reliability and the most economically efficient design solutions, making us a leader in the heat sink technology domain.
Heat sinks
Liquid cold plate
Skived fin process heat sinks
CNC Machined Parts
Kenfa Tech is a total thermal solution design and production company, providing customers with the best cooling solutions for different needs.It is also most cost-effective solution.
Kenfa Tech Industrial Limited, a national high-tech enterprise with over a decade of experience, specializes in heat sinks production. We offer diverse cooling solutions tailored to market demands. Our skilled engineers, formerly with renowned cooling firms like AAVID and Foxconn, ensure precise project control and seamless product development.
Utilizing Ansys Icpak and Flothermal software, we conduct thermal analyses for customer engineers. Our structural engineers optimize production processes following sample testing, delivering cost-effective solutions. Our comprehensive production line includes CNC precision machining, high-power heat sink soldering, skived fin heat dissipation, brazing process, friction stir welding, flow resistance of liquid cold plates and rigorous testing methods. We also provide surface treatments like cleaning, degreasing, and chromate coating. Accredited with ISO9001:2008, ISO14001:2004, and IATS16949 certifications, we assure customers of system-level quality standards.
Our robust capabilities go beyond numbers.
How to serve our customers
With our more than 10 years of production and operation, we can quickly respond to customer needs, streamline and accurately control the entire production cycle of products, at the same time, based on our ERP system, we generally follow four steps to complete
Get the customer's needs
We usually get some heat sinks or cooling system design requirements from our customers
Design or DFM
After receiving the drawings of existing designs, our engineers will conduct a DFM evaluation. In addition, for some customer-oriented conceptual designs, our engineers are required to perform structural design and thermal protection analysis.
Making Samples
After getting the customer's confirmation of the drawing, we will arrange the production of the sample, which usually takes 3-4 weeks to complete according to the customer's payment date
Customer Confirmation
After the customer's test, finally determine whether to meet the requirements
Our advantages
We have more than 10 years in the heat sink production and processing of advantages, R & D design team for customers to do the thermal solution and design programs, quality systems and process specifications.
– OEM/ODM for customers.
– Lead time 3 to 4 weeks.
– ERP system control process.
– ISO9001:2015 Certified Factory
– IATF 16949:2016
– More than 10 years making heat sinks experience.
– Professional thermal analysis software (Icepak,Ansys,Qfin )
– Engineer 1 to 1 project management and technical support.
– Reliable after-sales service
Main Production Manufacturing Equipments
For heat sink production equipment, different process products need different equipment, relatively speaking, high-power products will basically use CNC machine , soldering welding furnace, friction stir welding machine, skived fin machine and so on
Our Latest Blog Posts
Check our latest blog posts, you can know the latest situation of our company, especially the new technology and new technology, can have a certain design inspiration for the customer design engineers
Comparative Study on Performance and Engineering Application of Graphite Sheet and Liquid Metal as Thermal Interface Materials
Abstract With the continuous increase in heat flux density of high-power chips, power devices and microchannel heat dissipation systems,thermal interface material， the selection of thermal interface materials (TIMs) directly determines the heat dissipation efficiency and long-term operational stability of equipment. To clarify the engineering adaptation boundaries between two mainstream high-end
Huawei Tau (τ) Law: The Underlying Thermal Management Revolution Reshaping the Post-Moore Era from the Time Dimension
Abstract For decades,microchannel cooling technology ，the development of the semiconductor industry has been driven by process scaling, which continuously shrinks transistors to improve chip computing power. However, as semiconductor manufacturing processes approach physical limits, concentrated challenges such as quantum leakage, surging process complexity, and runaway manufacturing costs have rendered the
Liquid Cold Plate Connector Selection and Application Guide
This article explains the sealing principles, structural differences and practical applications of three mainstream liquid cooling connectors: threaded compression connectors, barbed hose connectors and double ferrule connectors. It focuses on the working mechanism, assembly process, force-bearing logic and leak-prevention advantages of double ferrule self-locking connectors in liquid cooling plate systems. The article also analyzes common leakage causes in industrial applications and provides standardized assembly recommendations for improving long-term sealing reliability and operational stability in energy storage, EV battery cooling and industrial thermal management systems.
Stainless Steel Tube Liquid Cooling Plate Design
How to Design a Liquid Cooling Plate with Stainless Steel tube. In the practical application of liquid cooling heat dissipation products, we have long addressed the on-site working condition pain points of front-line customers: most end customers cannot use pure water as coolant throughout the process, and tap water or