MTM Critical Stock Price, News & Analysis

MTM Critical Metals (OTCQX: MTMCF), soon to be renamed Metallium, has upgraded from OTCQB to the OTCQX Best Market, enhancing its visibility to North American investors. The company's U.S. subsidiary, Flash Metals USA, has secured its first commercial site in Texas for recovering valuable materials including gallium, germanium, rare earth elements, gold, and silver from mineral concentrates and e-waste.

The upgrade follows a recent $50 million institutional capital raise and enables easier U.S. dollar trading during local market hours. The company is also considering implementing a Level 1 ADR program to further improve U.S. investor accessibility.

Metallium (OTCQB: MTMCF), formerly MTM Critical Metals, has appointed Gregory L. Bowman to the newly-formed Advisory Board of its US subsidiary, Flash Metals USA. Bowman, currently Chief Strategy Officer at Siemens Government Technologies, brings over 30 years of experience in national security and public-private partnerships.

The appointment is part of Metallium's strategy to build a world-class U.S. Advisory Board as it commercializes its patented Flash Joule Technology (FJH) for recovering critical and precious metals. The company is developing its first commercial plant in Texas, focusing on recovering gallium, germanium, indium, gold, silver, copper, antimony, and chloride intermediates for rare earth elements magnet and semiconductor markets.

MTM Critical Metals Ltd (OTCQB: MTMCF) has announced its rebranding to Metallium Ltd alongside major strategic developments for its U.S. expansion. The company has successfully completed a AU$50 million institutional placement to support its transition into a U.S.-focused industrial technology platform.

The company's core technology, Flash Joule Heating (FJH), enables single-step extraction of critical, strategic, and precious metals from electronic waste and mineral concentrates without using smelting or acids. MTM has secured a Texas Technology Campus with commissioning targeted for Q1 2026, establishing partnerships with industry leaders including Vedanta and Indium Corporation.

The company's U.S. national rollout includes plans for additional facilities in Louisiana, Florida, Nevada, and Ohio to meet growing domestic metal refining demand. The technology processes high-grade e-waste and semiconductor refinery scrap, with offtake agreements already secured.

MTM Critical Metals (OTCQB: MTMCF) has secured A$50 million (US$32.5M) through a two-tranche institutional placement at A$0.55 per share, led by Petra Capital. The company, soon to be renamed Metallium Ltd., will use the funds to accelerate the commercialization of its Flash Joule Heating (FJH) technology in the US.

The FJH technology, exclusively licensed from Rice University, is an advanced electrothermal process for efficient metal recovery from various sources including e-waste and rare earth minerals. MTM is establishing its first operational facility in Houston through its subsidiary Flash Metals USA Inc., with high-grade feedstock already secured and commissioning underway.

MTM Critical Metals (MTMCF) has signed a non-binding MOU with Meteoric Resources to process mixed rare earth carbonate from Meteoric's Caldeira Rare Earth Project in Brazil. The agreement follows successful proof-of-concept testing of MTM's Flash Joule Heating technology, which demonstrated remarkable results in processing rare earth elements. The innovative process concentrated valuable magnet and heavy rare earths, separated over 80% of low-value material from valuable magnet REEs in a single flash, and recovered 81% of terbium without using acids or solvents. This technology offers a potential breakthrough alternative to traditional Chinese-dominated rare earth processing methods, promising faster, simpler, and more cost-effective operations while supporting Western supply chain development.

MTM Critical Metals (MTMCF) has achieved a significant breakthrough in antimony recovery from electronic waste using its proprietary Flash Joule Heating technology. The company reported a 98% conversion rate, yielding 3.13% antimony concentration, which surpasses typical global mine grades of 0.1-1.0%. This achievement is particularly notable as antimony is designated as a critical mineral by U.S. defense and energy departments, with the U.S. currently dependent on Chinese imports. The company's technology demonstrates potential for domestic antimony production through urban mining, aligning with U.S. critical minerals strategy. MTM has secured a pre-permitted demonstration site in Texas and is in discussions with U.S. government stakeholders for potential funding support. The company operates through its U.S. subsidiary, Flash Metals USA, which holds exclusive licensing rights to the Flash Joule Heating technology developed at Rice University.

MTM Critical Metals (MTMCF) has announced two significant developments in sustainable metal recovery: a breakthrough in e-waste processing and a major supply agreement. Using their proprietary Flash Joule Heating (FJH) technology, the company achieved exceptional metal recovery rates from electronic waste, including 551 g/t of gold, 2,804 g/t of silver, and 42% copper.

The company secured a five-year Letter of Intent with Dynamic Lifecycle Innovations for the supply of minimum 700 tons per annum of E-Scrap. The technology demonstrated recovery rates exceeding 95% for gold and titanium, and over 90% for silver, tin, and zinc, converting them into water-soluble metal chlorides through a single-step, acid-free process.

MTM Critical Metals (MTMCF) has signed a non-binding memorandum of understanding with Vendanta to explore the use of MTM's patented Flash Joule Heating (FJH) Technology for recycling red mud (bauxite tailings) waste.

The collaboration aims to recover valuable metals including iron, alumina, titanium, gallium, scandium, and rare earths from Vendanta's red mud deposits. Initial pilot studies have already demonstrated successful iron reduction. The processed material could also be used to manufacture 'green' cement with a lower CO2 footprint.

The 12-month MOU involves no immediate financial obligations. Future agreements will address feedstock supply, processing costs, revenue-sharing, and licensing arrangements based on technical and commercial viability assessments. Globally, over 4 billion tons of red mud waste containing valuable metals currently sit in hazardous tailings deposits.