作为普通人，其实我们也能参与到锌合金的回收中来。比如淘汰的门把手、废弃的装饰件、损坏的电子外壳，很多都是锌合金制成的。与其随手丢进垃圾 桶，不如分类收集，卖给回收商，不仅能赚点零花钱，还能为环保出一份力。 我一直觉得，金属回收这件事，就像是资源的"二次生命工程"。它提醒我们，手里的废料并不是无用的垃圾，而是等待被重新激活的财富。或许，下次你看 到一块废弃的锌合金零件，可以停下来想一想——它的下一段旅程会是什么？ 你会把家里的废旧金属拿去回收，还是随手丢掉呢？欢迎在评论区聊聊你的看法，说不定你的一个小举动，就能为环境多添一份绿色力量。 在金属回收领域，锌合金废料常常被人们忽视。相比铜、铝、金银这些耳熟能详的金属，锌似乎低调了许多。但如果你深入了解，就会发现，回收锌合金废 料不仅有经济价值，还蕴含着环保与资源可持续利用的意义。 我接触锌合金废料是在一次工厂走访中。那是一家做精密压铸配件的企业，生产过程中不可避免会产生边角料和废品。老板说："这些废料扔了可惜，但存 着占地方，还容易氧化。"当时我就想，这正是金属回收可以发挥作用的地方。锌合金虽不如黄金值钱，但积少成多，一吨下来也是一笔不小的收益。 锌合金的回收过程并 ...

Market Performance - The Shanghai Composite Index closed at 3534.48, up by 0.50% with an increase of 17.66 points [2] - The Shenzhen Component Index closed at 10913.84, up by 0.37% with an increase of 40.22 points [2] - The CSI 300 Index closed at 4058.55, up by 0.60% with an increase of 24.06 points [2] - The ChiNext Index closed at 2277.15, up by 0.34% with an increase of 7.83 points [2] - The STAR 50 Index closed at 1007.53, up by 0.19% with an increase of 1.88 points [2] - The Beijing Stock Exchange 50 Index closed at 1418.61, down by 0.67% with a decrease of 9.50 points [2] Sector Performance - The top-performing sectors included Nonferrous Metals (up 2.10%), Basic Chemicals (up 1.36%), Steel (up 1.34%), Coal (up 0.94%), and Transportation (up 0.90%) [3] - The underperforming sectors included Media (down 0.98%), Electronics (down 0.49%), Light Industry Manufacturing (down 0.41%), Utilities (down 0.35%), and Communication (down 0.31%) [3] - Concept sectors with notable gains included Lithium Extraction from Salt Lakes (up 3.30%), Rare Earth Permanent Magnets (up 3.15%), Acrylic Acid (up 2.35%), Cobalt (up 2.29%), and Metal Recycling (up 2.08%) [3] - Concept sectors with notable declines included Animal Vaccines (down 0.96%), Avian Influenza (down 0.90%), Low-E Glass (down 0.89%), E-sports (down 0.86%), and Digital Watermarking (down 0.76%) [3] Future Outlook - The report indicates that the A-share market is showing resilience with a GDP growth of 5.3% year-on-year in the first half of the year, suggesting potential for further policy support in the second half [6] - The market is expected to focus on the upcoming Politburo meeting at the end of July, the Federal Reserve's interest rate decisions, and developments in US tariffs [6] - The report suggests that there are still opportunities for upward momentum in the market, but caution is advised due to potential volatility from previous high rebounds [6] - It is recommended to identify long-term trends in high-growth sectors and short-term speculative opportunities, particularly during the mid-year earnings forecast disclosure window [6]

Core Viewpoint - The metal recycling sector has shown a positive performance, with a 2.10% increase, ranking 8th among concept sectors, driven by significant gains in several stocks [1][2]. Group 1: Sector Performance - As of June 11, the metal recycling concept increased by 2.10%, with 60 stocks rising, including Huayang New Material, Shunbo Alloy, and Huahong Technology reaching their daily limit [1]. - Notable gainers included Haotong Technology, Tengyuan Cobalt, and Lizhong Group, which rose by 8.91%, 7.90%, and 7.60% respectively [1]. - Conversely, the biggest decliners were Fuda Alloy, Jinyuan Co., and Kaili New Material, which fell by 4.40%, 1.41%, and 1.15% respectively [1]. Group 2: Capital Inflow - The metal recycling sector attracted a net inflow of 710 million yuan, with 38 stocks receiving net inflows, and 6 stocks exceeding 50 million yuan in net inflow [2]. - The top stock for net inflow was Northern Rare Earth, with a net inflow of 285 million yuan, followed by Huayang New Material, Huahong Technology, and Lizhong Group with net inflows of 145 million yuan, 91.62 million yuan, and 63.58 million yuan respectively [2]. Group 3: Stock-Specific Data - Huayang New Material, Shunbo Alloy, and Huahong Technology had the highest net inflow ratios at 47.10%, 29.22%, and 19.65% respectively [3]. - The top stocks in the metal recycling sector based on net inflow included Northern Rare Earth, Huayang New Material, and Huahong Technology, with respective daily price increases of 3.44%, 10.09%, and 10.00% [3][4].

Core Viewpoint - Asahi Kasei, in collaboration with Nobian, Furuya Metal, and Mastermelt, is launching a verification project in 2025 focused on metal recovery from electrolytic cells and their internal electrodes, aiming to establish a metal recycling ecosystem in the chlor-alkali industry to promote resource circularity and sustainable development [1][3]. Group 1: Project Overview - The project involves the recovery of precious metals such as iridium and ruthenium from electrolytic cells, which are in increasing demand due to the rising needs in battery and electronic components, as well as applications in hydrogen production technologies [3]. - The collaboration will start with Asahi Kasei recovering end-of-life electrodes from Nobian, followed by Mastermelt and Furuya Metal extracting and processing catalysts for further refinement and purification of precious metals [3]. Group 2: Industry Implications - This initiative aims to extend transactions between end-users and suppliers across the chlor-alkali industry, establishing a stable supply ecosystem for electrolytic cells and electrodes [4]. - The project will enhance traceability and visibility within the ecosystem, accelerating the adoption of recycled precious metals in electrolytic cells and electrodes, and Asahi Kasei plans to apply related technologies to the green hydrogen production field [4].

Financial Data and Key Metrics Changes - The company is positioned for significant growth with ambitious investments in breakthrough technologies aimed at energy independence and dominance in the U.S. [3] - The company is receiving capital commitments from strategic and financial partners to elevate its enterprises into a leading energy solutions provider and critical metal supplier [10][11] Business Line Data and Key Metrics Changes - Comstock Fuels is deploying sustainable fuel solutions capable of yielding up to 140 gasoline gallon equivalents per dry metric ton of feedstock [7] - Comstock Metals is ramping up production, with one facility potentially becoming the second largest silver mine in Nevada, and plans for a second facility to secure the top position globally [6] Market Data and Key Metrics Changes - The company has secured agreements for at least five integrated biolum refineries with partners like Hexis Biomass and Marathon Petroleum Corp [3] - The company is actively engaging large solar panel customers, validating its zero landfill solution [12] Company Strategy and Development Direction - The company plans to split into two high-growth public companies: a renewable metals and mining company in Nevada and a renewable fuels company in Oklahoma [12] - The focus is on creating sustainable wealth through innovative solutions that do not create scarcity [5] Management's Comments on Operating Environment and Future Outlook - Management expresses confidence in the company's positioning and the overwhelming support from shareholders, indicating a strong future outlook [10][18] - The management emphasizes the transformative impact of their technologies and the importance of sustainability in their operations [4][5] Other Important Information - The proposal for a reverse stock split was approved by a majority of votes cast during the meeting [17][18] - The company plans to provide specific instructions regarding the timing of the reverse split implementation [18] Q&A Session Summary Question: What is the outlook for the company's growth and capital commitments? - Management highlighted that capital commitments are being secured from both strategic and financial partners, indicating a strong growth trajectory [10][11] Question: How does the company plan to achieve its sustainability goals? - The company is focused on deploying sustainable solutions that leverage waste and natural resources, aiming for a zero landfill approach [12] Question: What are the next steps following the approval of the reverse split? - Management will publish the results of the vote and provide instructions on the timing of the reverse split implementation [18]