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2025-12-05
Ka Shui Inno Tech Won STIHL’s “Outstanding Innovation Contribution Award”
On 27th November 2025, at the “2025 STIHL Strategic Transformation and Supply Chain Value Co-Creation Summit” successfully held in Qingdao, STIHL, a global leading enterprise in power tools, proudly presented Ka Shui Inno Tech (Huizhou) Company Limited with the “Outstanding Innovation Contribution Award” in recognition of our company’s excellent innovation support together with key contributions during STIHL’s product upgrade process. It is not only a high affirmation of our technical strength and collaborative spirit but also a testament to our joint efforts in creating value and driving industry progress. We are deeply honored to receive STIHL’s “Outstanding Innovation Contribution Award”. We firmly believe that true value stems from deep collaboration and co-innovation with our customers. Looking ahead, Ka Shui will continue to uphold the philosophy of “Customer First, Technological Innovation,” constantly enhancing our technical capabilities and service ability, including strengthening cooperation with STIHL and all our partners to jointly promote technological advancement and industrial upgrade of the industry.
2025-11-17
Ka Shui Group Won 2025 LCFC Supplier Conference Technology Innovation Award – New Materials Empowering Core Upgrades for AI PCs
Recently, the 2025 LCFC Supplier Conference, themed “AI Leading the Way, Creating the Future Together,” successfully concluded in Hefei, gathering over 500 global industry partners to explore new paths for industrial transformation under the wave of artificial intelligence. At the event, Ka Shui International Holdings Limited (Stock Code: 00822.HK) (“Ka Shui Group”) won the “Technology Innovation Award” for its breakthrough advancements in magnesium alloy, aluminum alloy new materials, and eco-friendly surface treatment technologies. These innovations provide core solutions to the heat dissipation challenges and lightweight requirements faced by the AI PC industry, earning high recognition from LCFC and industry peers. Ka Shui Group has long been focusing on high thermal conductivity and lightweight materials. The award-winning technologies directly address the performance challenges of AI PCs. As AI chips continue to deliver higher computing power, heat dissipation efficiency and portability have become critical bottlenecks on user experience. Traditional PC materials struggle to balance high thermal conductivity with lightweight design. Ka Shui Group’s independently developed magnesium and aluminum alloy materials, enhanced through modification and precision forming processes, successfully achieved high strength, high thermal conductivity and lightweight performance, marking three major breakthroughs. For example, its ultra-thin magnesium alloy product is just 0.45 mm thick, when applied to a 14-inch AI PC chassis, weighs just 52 grams representing over 30% lighter than traditional materials which perfectly meets the sub 1 kg portability standard for AI PCs. The new die-cast aluminum alloy materials feature excellent thermal conductivity, rapidly transfer the heat generated by chips. Combined with anodizing technology, they improve heat dissipation efficiency while delivering superior corrosion resistance and eco-friendly surface treatment that surpasses conventional processes in both efficiency and appearance. As a global leader in PC manufacturing, LCFC highlighted “heat dissipation and lightweight materials” as core innovation directions for AI PCs during its Technology Innovation Forum. Leveraging its one-stop services capabilities ranging from material R&D and mold design to precision manufacturing. Ka Shui Group has established deep collaboration with LCFC in AI PC structural components. Its new material solutions have already improved the heat dissipation efficiency of terminal products by over 10% and reduced the weight of individual products by 30%, delivering smooth users experience even under heavy workloads. Ka Shui Group operates production bases in Huizhou, Shenzhen, Wuhu, Suzhou, Yulin, and Mexico and holds more than 120 domestic and international patents. Its central laboratory is the first third party testing institution in the industry certified by CNAS. This robust technical foundation provides strong support for product innovation. This award not only recognizes the collaboration between Ka Shui Group and LCFC but also affirms the industry’s appreciation for the value of lightweight material innovation. Looking ahead, Ka Shui Group will continue to focus on material needs in AI PCs, AI cooling systems, and new energy sectors, deepening R&D investment in semi-solid forming and eco-friendly surface treatment technologies. The Group is also dedicated to drive breakthroughs in magnesium and aluminum alloy applications across more AI terminal scenarios, working hand-in-hand with partners across the industry to build an innovation ecosystem for the AI era and accelerate the upgrade of AI technology products through technology innovation.
2025-11-13
Ka Shui Group’s Subsidiaries Participated in Revising Two National Standards for Magnesium Alloy Wheels, Driving High-Quality Development in the Industry
Recently, the subsidiaries of Ka Shui International Holdings Limited (Stock Code: 00822.HK) (“Ka Shui Group”) , namely Ka Yi Technology (Huizhou) Co., Ltd. and Kamay New Material Technology (Yulin) Company Limited, as the contributing units, took part in the amendment of the two national standards,GB/T 26649-2025 “Magnesium Alloy Castings for Automobile Wheels” and GB/T 26650-2025 “Magnesium Alloy Castings for Motorcycle and Electric Bicycle Wheels.” These two standards were officially published on 29th August 2025, and will take effect from 1st March 2026. As global automobile, motorcycle, and electric bicycle industries face increasing demands on lightweight, energy-efficient with high-performance designs, magnesium alloy—known for its low density, high specific strength, and excellent cushioning against vibrations—has become one of the ideal materials for achieving lightweight solutions. The revised GB/T 26649-2025 and GB/T 26650-2025 standards closely align with current technological trends and application needs of the industry, introducing more scientific and stringent specifications for key technical indicators such as material, mechanical performance, dimensional tolerances, and non-destructive testing of magnesium alloy wheel castings. These updates will significantly promote quality improvement and market expansion for magnesium alloy wheel products. Ka Shui Group has consistently committed to innovation and development of magnesium alloy materials, focusing on the research and development together with the manufacturing of high-performance magnesium alloy new materials and lightweight processing products. Participating in the revision of these two national standards not only reflects the industry’s recognition of Ka Shui Group’s technical strength and market position, but also demonstrates Ka Shui Group’s determination to fulfill corporate social responsibility and drive technological progress across the industry.

Technology and Service Solution

Integrated Magnesium Alloy Die-casting: A New Pinnacle in Lightweight Innovation

One-stop Service

Pursuing the efficient delivery of cost-effective and high-quality one-stop die-casting and injection moulding services is our steadfast commitment to customers.

Lightweighting

Lightweight materials and technology are vital for achieving the 'Carbon Peaking and Carbon Neutrality' goals. We are committed to providing lightweight component solutions for leading companies in industries like new energy vehicles, 3C electronics, and 5G communication, through the use of lightweight alloy materials and advanced technologies.

Institute of Science and Technology

Based on technological innovation, we are dedicated to forging the infinite possibilities of magnesium. The Institute of Science and Technology of Ka Shui is committed to providing magnesium-based new materials at the frontline and focusing on the research and development, together with the industrialization of new type semi-solid magnesium alloy forming technology. We strive to deliver the leading magnesium material solutions, fully leveraging the dual advantages of lightweight and high thermal conductivity of magnesium alloys. This supports AI devices in achieving more compact designs and lower energy consumption, while effectively resolving the overheating issue of AI chips, thereby driving continuous innovation and iteration of AI products.