Core Insights - Daré Bioscience, Inc. has developed a proprietary topical formulation of sildenafil, the active ingredient in Viagra, specifically for women, aimed at addressing female sexual arousal issues [1][2] - The product, named DARE to PLAY™, is expected to be available by prescription in the fourth quarter of 2025 [1][5] - A live webinar is scheduled for August 6, 2025, to discuss the clinical evidence supporting the product and its potential impact on women's sexual health [2][3] Company Overview - Daré Bioscience focuses on women's health, aiming to bridge the gap between scientific advancements and practical solutions [1][9] - The company is committed to developing innovative, evidence-based solutions for various women's health issues, including sexual health, contraception, and menopause [9][10] - Daré's first FDA-approved product is XACIATO™, a vaginal gel for bacterial vaginosis, indicating the company's capability in bringing women's health products to market [10] Product Details - DARE to PLAY™ is clinically shown to improve genital blood flow and sexual response in women, distinguishing it from untested compounded products [2][7] - The formulation is designed to deliver sildenafil effectively, addressing a long-standing gap in women's sexual health solutions [2][7] - The product aims to provide a credible, evidence-based option for women experiencing difficulties with sexual arousal, orgasm, and desire [7][9] Webinar Information - The webinar titled "The DARE to PLAY™ Difference: The Sildenafil Cream That Raises the Bar" will feature leading sexual health experts [3][6] - Participants will have the opportunity to join a product alert list to receive updates on the availability of DARE to PLAY™ [5][6] - The event is open to clinicians, investors, and women interested in science-based approaches to improving sexual response [6]

First Phosphate Signs Agreement with Port Saguenay to Establish Phosphoric Acid PlantJuly 18, 2025 7:07 AM EDT | Source: First Phosphate Corp.Saguenay, Quebec--(Newsfile Corp. - July 18, 2025) - First Phosphate Corp. (CSE: PHOS) (OTCQB: FRSPF) (FSE: KD0) ("First Phosphate" or the "Company")  announces that it has finalized an industrial land option agreement with Port of Saguenay (the "Port") located in Saguenay, Quebec, Canada (the "Agreement").The Agreement marks progress on the memorandum o ...

Core Viewpoint - First Phosphate Corp. has successfully closed the final tranche of a $2,000,000 non-brokered private placement financing, raising a total of approximately $4,692,329 through the issuance of Flow-Through Shares and Hard Dollar Units [1][2][3]. Financing Details - The total gross proceeds raised from both tranches of the Offering amount to $4,692,329, which includes 12,856,513 Flow-Through Shares and 550,142 Hard Dollar Units, all priced at $0.35 each [2]. - In the final tranche, the Company raised $1,462,800 by issuing 3,729,428 Flow-Through Shares and 450,000 Hard Dollar Units [3]. - Since June 2022, the Company has raised approximately $28.5 million through 8 management-led non-brokered private-placement financings, with about $8.2 million closed in the last 3 months [4]. Compensation and Fees - The Company paid $1,600 in cash finder's fees and issued 894,998 Compensation Shares and 899,570 Compensation Warrants, with the latter exercisable at $0.50 per common share until December 31, 2025 [4]. Use of Proceeds - The proceeds from the Offering will be utilized as disclosed in the Company's press release dated June 30, 2025 [4]. Company Overview - First Phosphate Corp. is focused on producing high-purity phosphate for the lithium iron phosphate (LFP) battery industry, emphasizing sustainable extraction and purification methods [7]. - The flagship project, the Bégin-Lamarche Property, is located in Saguenay-Lac-Saint-Jean, Quebec, and is known for its rare igneous anorthosite rock that yields high-purity phosphate with minimal impurities [7]. Marketing Initiatives - The Company has entered into a 120-day advertising and e-marketing contract with Revolution Small Cap Marketing for marketing services, including social media engagement, with an initial payment of $15,000 [6].

Core Insights - Volt Carbon Technologies has consolidated all operations to its Guelph, Ontario facility as of July 15, 2025, decommissioning the Scarborough site to streamline operations and accelerate commercialization of its mobile graphite purification technology [1][2] Operations and Production - The Guelph facility centralizes graphite processing, customer trials, and equipment fabrication, enabling scaling of mobile purification units and enhancing research and development efforts [2] - Over 500 process trials were conducted at the Scarborough facility on 4 tonnes of graphitic rock, resulting in approximately 50 kilograms of purified large flake graphite now stored in Guelph for anode and graphene trials [2] - The Guelph plant is producing small batches of expandable graphite, graphite foils, and graphene for customer evaluation and development programs [2] Technology and Equipment - Two bench-model air classifier units have been fabricated for mobile deployment, utilizing Volt Carbon's patented dry separation technology in modular, containerized systems [3] - A bulk sample of 40 tonnes of graphitic rock with grades ranging from 8-20% carbon content has been stockpiled at the Guelph site for upcoming pilot-scale production campaigns [4] - Facility upgrades include the installation of X-ray fluorescence (XRF) and thermal testing apparatus, improving quality control and shortening development timelines [4] Intellectual Property - Volt Carbon has expanded its intellectual property portfolio, including the grant of U.S. Patent No. 12341150B2 and Canadian Patent No. 3134407 for its metal-organic framework (MOF) electrolyte used in lithium-metal battery applications [5][6] Battery Development - The company has achieved 1,100 charge-discharge cycles with 80% capacity retention in its proprietary lithium iron phosphate (LFP) battery, demonstrating long-term cycling stability [7] - Volt Carbon's lithium-metal battery featuring high-nickel NMC811 cathodes has achieved 800 cycles with 80% capacity retention at an energy density of 400 Wh/kg [8] - The company aims to optimize its high-nickel NMC/lithium-metal technology to achieve 1,000 cycles with 80% capacity retention in the next development phase [9] Strategic Vision - The CEO emphasized the importance of investment in people, equipment, and capabilities, positioning Volt Carbon for long-term success and supporting the future of energy and mobility [10]

Core Insights - General Motors (GM) and LG Energy Solution (LGES) are upgrading the Spring Hill, TN plant to produce more affordable lithium iron phosphate (LFP) electric vehicle (EV) battery cells, which are less expensive than traditional lithium-ion batteries due to the absence of costly materials like cobalt and nickel [1][9] - The upgrade will enable U.S.-based production of LFP batteries, complementing GM's existing high-nickel battery offerings and future lithium-manganese-based batteries, thereby expanding GM's EV lineup [2] Company Developments - GM currently offers 12 EV models with prices ranging from approximately $35,000 to over $300,000, with the upcoming Chevy Silverado EV and next-generation Chevy Bolt EV expected to feature LFP batteries [3] - The new Bolt is anticipated to start production later this year and reach consumers by early 2026, while local LFP production is targeted for late 2027 [3] - The LFP version of the Silverado EV is projected to provide around 350 miles of range and reduce vehicle costs by $6,000 [3] Investment and Technology - The Spring Hill plant upgrade builds on a previous $2.3 billion investment announced in 2021, although no additional investment figures were disclosed for the current upgrade [4] - GM is also developing advanced battery technologies, including lithium-manganese-rich chemistries for large EVs, expected to launch around early 2028, and is exploring silicon anodes and solid-state batteries in its Michigan R&D labs [4] Industry Context - LFP batteries, initially developed in the U.S., have seen mass adoption and advancements led by Chinese manufacturers like BYD and CATL, while Korean companies like LG are now accelerating their efforts in this space [5] - LFP technology is gaining traction in the U.S., with Ford and Tesla also investing in LFP battery production [5] - The GM-LGES joint venture is currently the largest battery cell manufacturer in North America [5]

Investment Rating - The report maintains a "Buy" rating for Chanhen (002895 CH), Yuntianhua (600096 CH), and NHU (002001 CH), while Skshu (603737 CH) and Yuhong (002271 CH) are rated "Hold" [3][4][8]. Core Insights - The phosphate sector is experiencing strong performance, with companies like NHU expecting a profit increase of 50-70% in 1H25, driven by resilient agricultural demand and rising prices [3]. - Chanhen and Yuntianhua are highlighted as top picks due to their earnings momentum and robust dividend profiles, with expected earnings growth of over 40% year-on-year for Chanhen in 2Q and around 10% for Yuntianhua [3][8]. - The report notes potential catalysts for growth, including rising fertilizer export prices and elevated phosphate rock prices during the peak planting season [3]. Summary by Sections Phosphate Sector - Phosphate companies are expected to lead the sector, with Chanhen and Yuntianhua showing strong earnings growth and dividend yields exceeding 6% in 2025 [3][8]. - NHU's profit guidance indicates overall sector strength, with a projected increase of 50-70% [3]. Building Materials - Skshu has issued positive profit guidance for 2Q, projecting earnings growth of 69-118% year-on-year, but the report maintains a "Hold" rating due to the growth being largely priced in [4]. - Yuhong is expected to face ongoing weakness in earnings due to challenges in new housing and engineering construction [4]. Commodity Chemicals - Satellite Chemical is facing headwinds with expected earnings declines due to turbulence in ethane/propane imports and operational risks [5]. - Wanhua and LB Group are also under pressure from anti-dumping duties affecting their core products, leading to a negative outlook for their 2Q earnings [5].

Core Insights - GM is collaborating with LG Energy Solution to upgrade its Ultium battery factory to produce lithium-iron-phosphate (LFP) cells for low-cost electric vehicles (EVs) [1][2] - The Spring Hill, Tennessee battery plant, valued at $2.3 billion, will transition from lithium-ion cells to LFP production, with commercial output expected by late 2027 [2][7] - The automotive industry is increasingly favoring LFP batteries due to their lower cost and enhanced safety profile compared to nickel-manganese-cobalt (NMC) batteries [3] Group 1: Battery Production and Technology - The Spring Hill factory will begin converting its battery cell lines to LFP cells later this year, enhancing domestic LFP production capabilities [2][7] - GM's strategy includes a three-pronged approach to battery sourcing, utilizing NMC for high-range models, LFP for entry-level vehicles, and a new lithium-manganese-rich (LMR) chemistry for mid-range applications [3][4][5] - LMR cells, which will reduce nickel and cobalt content in favor of more affordable manganese, are expected to enter the market in 2028, offering a balance of range and cost [5] Group 2: Market Trends and Future Outlook - The consistent decline in battery pack costs suggests that LFP prices may fall below those of LMR in the coming years, making LFP a more attractive option for entry-level vehicles [7] - The shift towards LFP aligns with broader industry trends favoring cost-effective and safer battery technologies, positioning GM competitively in the EV market [3][7]

Core Viewpoint - The article discusses the tender announcement for the construction of a new energy storage project in Tongren, which includes a 200MW/400MWh electrochemical independent energy storage station and associated infrastructure [1][2]. Project Construction Content - The project involves the establishment of one electrochemical independent energy storage station with a capacity of 200MW/400MWh, covering an area of approximately 46.9 acres. It will utilize containerized lithium iron phosphate batteries and a combined inverter-boosting station [2][4]. - Additional infrastructure includes the construction of a 110kV energy storage boosting station, approximately 4.5 kilometers of new 110kV transmission lines, 14 new towers, and various cable installations [2][4]. Tender Details - The tender will cover construction and important equipment and materials related to the project, with the expected tender date set for July 25, 2025 [3][4]. - The estimated investment for the project is 415.8 million yuan, funded through bank loans and corporate self-financing [4]. Administrative Oversight - The project will be supervised by the Tongren Municipal Development and Reform Commission, specifically the Energy Project Management Department [4].

Core Insights - Century Lithium Corp. is progressing towards becoming a key domestic supplier of battery-grade lithium carbonate, with a recent collaboration with First Phosphate demonstrating the practical application of its lithium carbonate in LFP battery production [1][2]. Company Developments - The partnership with First Phosphate was initiated when they selected Century Lithium's lithium carbonate for their LFP battery formulation, showcasing a successful collaboration over the past few months [3]. - Century Lithium has been producing high-purity lithium carbonate at its demonstration plant in Amargosa Valley, Nevada, using a process that involves leaching clay ore to extract lithium and purifying it through several steps [4]. Industry Context - The collaboration between a Canadian company (First Phosphate) and a U.S. company (Century Lithium) exemplifies the strengthening of the North American battery supply chain, which is being encouraged by policymakers [6]. - LFP batteries are expected to see increased usage in both stationary and mobile energy storage applications, indicating a positive outlook for lithium batteries, particularly in the stationary segment [6][7]. Future Prospects - Century Lithium is interested in continuing its collaboration with First Phosphate and is also receiving interest from other companies in the industry for potential partnerships [8].

Core Insights - First Phosphate Corp. has achieved a significant milestone in establishing a North American supply chain for lithium iron phosphate (LFP) batteries [1][5] - The company successfully produced commercial-grade LFP battery cells using 100% North American-sourced critical minerals, emphasizing domestic manufacturing independence in the energy storage sector [2][5] Company Developments - The production of LFP battery cells has been a three-year pilot project, starting with igneous phosphate rock from the company's property in Saguenay–Lac-Saint-Jean, Quebec [6] - The company plans to develop a phosphate mine by 2029, with a feasibility study currently underway [6] - The process involves producing phosphate concentrate, which is reacted with sulfuric acid to yield purified phosphoric acid, crucial for industrial applications [6] Supply Chain and Partnerships - The iron phosphate used in the batteries is sourced from the Bégin-Lamarche property, while lithium carbonate is obtained from Century Lithium in Nevada, and graphite is provided by Nouveau Monde Graphite in Quebec [7] - The company has partnered with Ultion Technologies in Nevada for the manufacturing of LFP battery cells, which are suitable for small mobility applications and can scale for large energy storage and electric vehicles [8] Future Plans - The company aims to transition from pilot to commercial scale production, with the LFP cathode plant expected to be operational by late 2026 or 2027, and the mine and phosphoric acid plant by 2029 or 2030 [8] - The goal is to produce fully North American LFP battery cells primarily from Quebec on a commercial scale by the end of the decade [8] Industry Context - The development of LFP technology originated in North America, with historical partnerships involving universities and research centers, but production shifted to China over the past two decades [9] - The recent achievement marks a reclaiming of energy storage independence for North America, showcasing the potential for domestic manufacturing using local critical minerals [9]