Titan Mining Graphite Testwork Demonstrates Product Meets Battery, Industrial and Defense Specifications

Core Viewpoint - Titan Mining Corporation announced positive results from independent testing of natural flake graphite from its Kilbourne graphite project, indicating the potential for multiple high-value product streams and supporting the company's strategy for diversified revenue opportunities across various industries [1][3]. Group 1: Key Results and Commercial Applications - The testing confirmed that Kilbourne graphite can be processed into high-purity products necessary for critical applications in aerospace, batteries, industrial, and defense sectors [3]. - Titan's ability to produce spherical, micronized, and purified graphite products enhances its market reach, serving sectors from energy storage to defense applications [3][7]. - The results contribute to U.S. supply chain security by reducing reliance on foreign graphite sources [3]. Group 2: Demonstration Facility Advancing - Construction of the graphite demonstration facility in St. Lawrence County is progressing, with approximately 70% of the equipment delivered and installation underway, expected to be commissioned in Q4 2025 [4]. - The facility will validate the downstream flowsheet at scale and provide bulk product samples for customer qualification across several sectors, including battery, industrial, and defense [4]. Group 3: Next Steps - Titan plans to continue downstream optimization and initiate electrochemical performance testing of its spherical graphite [5]. - Bulk samples from the demonstration facility are anticipated to be available for customer qualification and offtake discussions in late 2025 [5]. Group 4: Technical Summary - The Kilbourne graphite products achieved high purity levels, with spherical graphite reaching 99.99% purity, confirming its suitability as anode material for lithium-ion batteries [6][7]. - Micronized and purified products exceeded 99.9% purity, meeting specifications for various industrial applications [7]. - Ultra-high purities and processing flexibility support potential qualification for military-specification materials, applicable in thermal management and defense-grade energy storage [7].