Author: wenziwell
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China makes homegrown breakthrough in laser stealth dicing technology for six-inch silicon carbide ingots.
China has achieved a major breakthrough in 6-inch SiC ingot laser stealth dicing technology, developed by Jiangsu Institute and Innovation Center (Suzhou). It improves efficiency and yield, reduces loss, breaks foreign monopoly, cuts substrate costs, and supports semiconductor localization for EVs, smart grids, and 5G.
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Sanan Joins Forces with STMicroelectronics as Silicon Carbide Chips Enter Mass Production
Sanan Optoelectronics and STMicroelectronics have launched mass production of SiC chips in Chongqing as of March 30. The $3.2 billion project targets 480,000 8-inch wafers annually, covering over 40% of China‘s automotive-grade SiC demand, boosting EV range and reducing costs.
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Grand-Hope Enters the CFC Carbon-Carbon Composite R&D Arena: Embarking on a New Journey for Domestic Breakthrough in High-End Composites
Leveraging its expertise in carbon fiber, Grand-Hope enters the R&D of high-end CFC carbon-carbon composites, aiming to break foreign monopolies and drive domestic substitution and industrial chain upgrading.
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Grand-Hope: Leading Domestic Substitution of Third-Generation Semiconductor Silicon Carbide Thermal Field Materials, Reshaping Industry Supply Chain Dynamics
Grand-Hope has become a frontrunner in domestic substitution for silicon carbide thermal field materials through technological breakthroughs and scaled production, strengthening China’s independent and controllable supply chain in the third-generation semiconductor industry.
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Selection of Application Cases for Short Fiber Rigid Felt Insulation Material
Short fiber rigid felt insulation material is a high-performance insulating material primarily made from short carbon fibers, manufactured through processes such as wet forming and hot pressing. It boasts core advantages including high-temperature resistance (above 3000°C), low thermal conductivity, high strength, and excellent thermal stability. It has already achieved groundbreaking applications in multiple high-end manufacturing…
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Grand-Hope New Materials — The Pioneer in Domestic Substitution of Rigid Felt.
As a leading domestic substitute enterprise in the field of short-fiber rigid felt insulation materials, Grand-Hope New Materials has broken the monopoly of European and American companies through technological integration and industrialization breakthroughs, providing high-performance, low-cost key thermal field material support for high-end high-temperature fields such as semiconductors and photovoltaics.
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Grand-Hope New Materials – Defining New Standards for Third-Generation Semiconductor Thermal Fields with Nanoscale Carbon Architecture!
Grand-Hope New Materials: The Innovator of Short-Fiber Hard Felt Insulation, Reshaping the Benchmark for High-Temperature Applications
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grand-hope-hard-felt-sicGrand-Hope Short-Fiber Hard Felt: The Ultra-Performance Guardian of Silicon Carbide Induction Furnacesgrand-hope-hard-felt-sic
Grand-Hope Short-Fiber Hard Felt: Ultra-High-Temperature Purity Assurance,Energy-Saving and Longevity Exemplar
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Record of Grand-Hope Fire Drill: Building Safety Through Practice, Ensuring Security with “Materials.”
Safety is the lifeline of production: On November 15, Grand-Hope New Materials organized all employees to conduct an annual fire emergency drill.
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Single Company Ships Over 10 Million SiC Units, SiC MOSFET Races Ahead in New Fast Lane.
As fast-charging technology rapidly evolves, silicon carbide (SiC) is penetrating the consumer electronics sector at an unprecedented pace. With the ongoing optimization of SiC MOSFET costs, their high cost-performance advantage is becoming increasingly prominent.