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Q Rigorous factory testing
A 
Heat Transfer Capability Testing: Accurately measure the heat transfer limit of heat pipes under different heat loads.
Thermal Resistance Testing: Evaluates the thermal resistance performance of heat pipes under actual operating conditions.
Leak Test: High-precision equipment such as helium mass spectrometry leak detectors is used to ensure that the internal seal of the heat pipe is leak-free.
Non-condensable gas test (NCG Test): Detects the presence of non-working fluid gases inside the heat pipe that affect performance.
Life Cycle Test: Simulate long-term operating conditions to verify the durability and stability of heat pipes.
Post-Bend/Flatten Performance Testing: Ensures that heat pipes maintain their design properties after being shaped and processed. -
Q Our main certifications:
A ISO 9001:2015: Internationally recognized quality management system certification, covering the entire product life cycle. IATF 16949: Quality Management System for the Automotive Industry to provide the highest assurance for automotive electronics customers. ISO 14001:2015: Environmental Management System certification, reflecting our commitment to environmental protection. UL / CE / RoHS: Products comply with safety and environmental regulations in major markets around the world. -
Q What is the mold development cycle and cost of die casting cold plate?
A Mold development is a critical part of the initial investment in die casting cold plates, with a cycle time of typically 4-8 weeks, depending on the complexity of the mold. However, once the mold development is completed, the subsequent mass production cost will be very low, and for high-volume projects, the initial investment can be quickly diluted.
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Q Does Winshare Thermal Alloy provide installation and after-sales support?
A Yes, we provide comprehensive after-sales service and professional technical support. After the product is delivered, if you encounter any problems during installation or use, our technical team will be at your service at any time to help you.
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Q Rigorous factory testing
A Helium Mass Spectrometry Leak Detection Test: Employs high-precision equipment to ensure that the cold plate seal is defect-free and eliminates any minor leaks.
High Pressure and Burst Testing: Simulate extreme working conditions to verify the structural integrity of cold plates under ultra-high pressures, ensuring safety.
Adhesive Strength Tensile Test: Destructive testing ensures that the bond strength of the fin to the base plate meets the design standards.
Thermal Resistance and Uniformity Testing: Accurately measure the overall thermal resistance and surface temperature distribution of the cold plate to ensure that the heat dissipation performance meets the standards. -
Q What complex shapes and functions can die cast cold plates achieve?
A The die casting process offers a high degree of freedom in complex geometries and functional integration. In addition to the complex flow channels inside, we can directly integrate various functions such as mounting points, threaded holes, manifolds, sensor cavities, etc., which greatly reduces the complexity of post-processing and assembly, very suitable for customization and batch integration needs.
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Q Authoritative system certification
A ISO 9001:2018: An internationally recognized quality management system standard that ensures high quality consistency throughout our entire process, from design to production, from service to delivery.
ISO 14001:2004: International environmental management system certification, reflecting our firm commitment to green manufacturing and sustainable development.
TS 16949: (This certification is essential if the product is primarily used in the automotive field) Automotive quality management system certification ensures that our products meet the highest standards of reliability and safety in the automotive field.
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Q Our main certifications
A ISO 9001:2015: Internationally recognized quality management system certification, covering the entire product life cycle.
IATF 16949: Quality Management System for the Automotive Industry to provide the highest guarantee for highly demanding areas such as automotive electronics.
ISO 14001:2015: Environmental Management System certification, reflecting our commitment to sustainability and eco-friendly manufacturing.
UL / CE / RoHS: Products comply with safety, health and environmental regulations in major markets around the world. -
Q Strict internal quality control process
A Strict internal quality control process Strict internal quality control process Strict internal quality control process Strict internal quality control process Strict internal quality control process -
Q What are the types of internal runner structures of water blocks, and what are the characteristics of each?
A Heat pipes are primarily used to transfer heat from one point to another in a linear manner. Vapor chambers can be understood as two-dimensional planarized heat pipes that quickly diffuse and homogenize heat across the entire surface. Vapor chambers are better at handling hot spots with high heat flux density and achieving surface uniformity, but they are usually more expensive and require more stringent manufacturing processes.
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Q SO9001 Quality Management System Certification
A We strictly follow internationally recognized quality management system standards to ensure that every link from design, raw material procurement, production and processing to final product shipment meets the highest standards. -
Q Perfect product traceability system
A ISO 9001:2018: An internationally recognized quality management system standard that ensures high quality consistency throughout our entire process, from design to production, from service to delivery. ISO 9001:2018: An internationally recognized quality management system standard that ensures high quality consistency throughout our entire process, from design to production, from service to delivery. ISO 9001:2018: An internationally recognized quality management system standard that ensures high quality consistency throughout our entire process, from design to production, from service to delivery. -
Q What impact does the material selection of a water block have on its performance?
A Winshare is capable of manufacturing vapor chambers as thin as 0.3mm. The specific thickness limit depends on the size of the vapor chamber, the type of internal capillary structure, and the desired heat transfer properties. Ultra-thin vapor chambers are primarily used in compact electronic devices with extreme space requirements.
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Q Strict raw material control
A All raw materials are strictly screened and inspected to ensure compliance with relevant industry standards and international environmental regulations (such as RoHS and REACH). -
Q What are the environmental benefits of efficient AI cooling solutions?
A Efficient cooling solutions cut energy consumption by optimizing heat dissipation and reducing the need for excessive cooling power. Winshare Thermal's liquid cooling systems improve energy efficiency, lower carbon footprints, and help data centers and New Energy systems operate at peak performance with less environmental impact, promoting greener operations.
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Q What are the key challenges in cooling AI systems?
A AI systems push thermal limits with high-power density GPUs and denser server architectures. Operators face challenges in removing heat efficiently, minimizing energy use, and maintaining performance. Winshare Thermal's solutions directly target these challenges by transferring heat more effectively than air, improving reliability and enabling higher compute density in confined spaces.
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Q How does Winshare Thermal support cooling solutions for AI infrastructure?
A Winshare Thermal supports cooling for AI infrastructure by delivering tailored, high-performance liquid cooling systems that efficiently manage heat in dense, high-power environments. We utilize vertically integrated in-house manufacturing and innovative materials to ensure optimal thermal performance and energy efficiency, helping data centers maintain peak performance while supporting future growth.
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Q How does effective thermal management impact AI system performance and reliability?
A Effective thermal management prevents overheating, ensuring stable operating conditions, and enabling components to perform at their full potential. Our liquid cooling and thermal module solutions efficiently dissipate extreme heat, reducing thermal throttling and significantly extending the lifespan of critical hardware (like GPUs and IGBTs). This results in higher uptime, faster processing, and improved overall system performance and long-term reliability.
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Q Can Winshare Thermal's cooling solutions be customized for specific AI hardware?
A Yes, Winshare Thermal's solutions are highly customizable to meet the unique needs of specific AI and high-power hardware (GPUs, CPUs, IGBTs, Power Batteries). Our expert design team leverages decades of experience and advanced thermal simulation to tailor designs, cold plates, and system loops that optimize thermal performance for various workloads and configurations.
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Q What types of cooling technologies does Winshare Thermal offer for AI applications?
A Winshare Thermal delivers a full spectrum of high-power cooling technologies for AI and high-density New Energy applications, including precision heatsinks, heat pipe thermal modules, high-reliability liquid cold plates (FSW & Brazing), manifolds, and container-style liquid cooling systems (Container Multi-Cabinet Large Cooling Systems). These solutions efficiently manage heat, supporting high-power workloads while improving energy efficiency.
English
Heat Transfer Capability Testing: Accurately measure the heat transfer limit of heat pipes under different heat loads.
