Core Insights - TRUNNANO is a leading supplier of high-performance nanomaterials, particularly known for its innovative hollow silica spheres (HSS) technology, which promotes the development of the global new materials industry [1][2] Company Innovations - The company has successfully addressed industry challenges through independent R&D, providing high-performance solutions across various fields such as electronics, medicine, and energy [2] - TRUNNANO's precision template synthesis technology and dynamic reaction monitoring system ensure the consistency and stability of hollow silica powder, meeting high-end application requirements [2][4] Technical Advancements - Hollow silica powder features a unique hollow structure, offering low density, high specific surface area, excellent thermal stability, and chemical inertness [3] - The company has developed a gradient sintering process and composite reinforcement technology to enhance the mechanical strength and thermal stability of hollow silica materials [4][6] - Innovative in-situ functionalization technology has been introduced to improve surface modification and dispersibility, maintaining product performance across various matrices [6] Competitive Edge - TRUNNANO has established a comprehensive technical protection system, including customized production equipment and strict purification standards, which bolster its core competitiveness in the nanomaterials sector [7] - The independently developed high-pressure microreactor system and refined process control ensure product quality stability and reliability [7] Commitment to Sustainability - The company emphasizes green production, significantly reducing energy consumption and emissions through optimized process flows and a circulation system [8] - TRUNNANO's environmental protection measures comply with international standards, providing customers with high-performance and eco-friendly product solutions [8] Company Overview - TRUNNANO, a brand of Luoyang Tongrun Nano Technology Co., Ltd., focuses on R&D and production of high-performance nanomaterials, including hollow ceramic microspheres and metal nanopowders, serving leading companies in electronics, medical care, and new energy sectors globally [12]

Core Insights - HydroGraph Clean Power Inc. has appointed two new independent directors, Tom Wilkinson and Grant Duthie, to strengthen its board as the company transitions to commercial operations [1][2][3] Group 1: Board Appointments - The new directors bring extensive experience in operations, strategy, leadership, audit, governance, and public company management, aligning with the company's focus on innovation and growth [2][3] - The appointments fill vacancies left by the resignations of Paul Cox and David Williams, who left to pursue other business interests [5] Group 2: Company Transition - HydroGraph is moving from a development stage to commercial operations, with a growing pipeline of prospective customers for its graphene products across various end markets [3][4] - The company aims to secure its first commercial customers and build a scalable high-volume manufacturing facility to establish itself as a global leader in the graphene industry [4] Group 3: New Directors' Background - Tom Wilkinson has over thirty years of experience as a business leader and advisor, previously serving as CFO for Amelia Holdings and CEO for multiple technology companies [6][7] - Grant Duthie is a partner at Garfinkle & Biderman, focusing on securities, corporate finance, and M&A, with experience in advising various industry sectors [9][10]

This year's theme, "Securing Our Future," will spotlight the geopolitical and economic importance of critical minerals. Ms. Breure will participate in a panel focused on the role of materials like graphene in national security across Canada, the United States, and Latin America. Distinguished participants at HSC include SOUTHCOM Commander Admiral Alvin Holsey and the Presidents of Argentina, Chile, and Paraguay. "This invitation is a strong acknowledgment of HydroGraph's leadership in the critical materials ...