Fastmarkets publishes its flagship manganese ore 44% Mn, CIF Tianjin index (MB-MNO-0001), quoted in US dollars per dry metric tonne unit (dmtu), alongside a parallel 37% Mn CIF Tianjin index and a China-domestic manganese ore port index, base 44% Mn, FOT Tianjin (MB-MNO-0005) quoted in yuan (Fastmarkets, Manganese Ore Index methodology). The 44% Mn CIF Tianjin index has swung widely: it traded near $7.80–7.85 per dmtu in March 2022 amid COVID-related supply disruption, fell to roughly $4.33–4.61 per dmtu through late 2022 and 2023 as Chinese demand softened, and stood at a comparable $5.27 per dmtu as of early 2021 pricing notices (Fastmarkets, Chinese manganese ore markets retreat, 30 Mar 2022; Fastmarkets, manganese ore prices nudge up, 9 Dec 2022; Fastmarkets, correction to manganese ore 37% and 44% index rationales, 7 Apr 2021). Fastmarkets has periodically revised the index's underlying specification — for example widening the silica-content base and maximum thresholds in a December 2020 amendment — to keep the benchmark aligned with the physical grades actually trading in the market (Fastmarkets, amendment to manganese ore 44% Mn index specifications, 18 Dec 2020). As of early 2026, Fastmarkets had again adjusted the base brands underpinning both the CIF Tianjin and FOT Tianjin indices to better reflect current bulk-trading patterns (Fastmarkets, Ores & Alloys Physical Prices archive).
Distinct from bulk ore pricing, a separate and much thinner price-reporting layer has emerged around high-purity manganese sulfate monohydrate (HPMSM), the refined battery-grade input used in lithium-manganese cathode chemistries. Independent scoping studies estimate the HPMSM market at a base-case price near $2,900 per tonne, against a long-term forecast of roughly $4,200 per tonne from CPM Group, while manganese ore feedstock costs are estimated to comprise between 12% and 25% of total HPMSM operating costs, averaging around 19% across studied deposit types (Manganese X Energy Corp, PEA Highlights; Jupiter Mines, HPMSM Project Scoping Study). Unlike lithium carbonate or cobalt sulfate, HPMSM does not yet have a single dominant, widely quoted Fastmarkets or Argus daily spot assessment comparable in liquidity to its battery-metal peers; pricing instead surfaces primarily through project-specific scoping studies, CRU Group's dedicated Manganese Sulphate Special Report offering, and bespoke market-research estimates (CRU Group, Manganese Sulphate Special Report). This absence of a single liquid, continuously published battery-grade benchmark is itself a key reason no oracle-ready manganese token infrastructure yet exists at the level lithium or even cobalt has reached.
Manganese has comparatively limited exchange-listed derivatives history relative to nickel, cobalt, or lithium. The LME's 2020-era battery-metals contract expansion — which introduced cobalt, lithium hydroxide, and other cash-settled products — notably did not include a manganese contract among its headline launches, unlike the parallel additions for alumina, aluminium premiums, cobalt, and molybdenum (HKEX Research, The World's Industrial Metals Trading and Pricing Venue, LME overview). CME Group's metals futures suite is similarly built around nickel, cobalt, and lithium salts rather than manganese, reflecting the reality that manganese's overwhelming end-use — steelmaking, which consumes roughly 90% of global manganese output — sits outside the battery-metals hedging complex that CME and the LME have prioritized (CME Group, Battery Metals product suite). Where financial exposure to manganese exists at all today, it is achieved indirectly — through equity positions in manganese miners, ferroalloy contracts, or steel-sector derivatives — rather than through a direct, liquid manganese-ore or manganese-sulfate futures contract.
South Africa is the dominant global producer, holding an estimated 70% of the world's manganese resources and accounting for roughly 37% of world manganese ore production on a manganese-content basis, while Gabon ranks second at approximately 23%, together with Australia bringing the top three producers to roughly 75% of world output (USGS, Mineral Commodity Summaries — Manganese 2025; Journal of the Southern African Institute of Mining and Metallurgy, HPMSM Junior Miners Supply Analysis, May 2025). The US, which has essentially zero domestic manganese ore production and a net import reliance of 100%, sourced 64% of its manganese ore imports between 2021 and 2024 from Gabon alone, making the US among the most exposed major economies to this two-country supply concentration (USGS, Mineral Commodity Summaries — Manganese 2025). South Africa shipped a record 26.2 million tonnes of manganese ore in 2025, with monthly production still climbing 14.4% year-on-year as of March 2026, even as global manganese ore production overall reached only about 57 million tonnes in 2025, expected to grow modestly to 59 million tonnes in 2026 (Rzzro Intelligence, Battery-grade HPMSM demand analysis, 22 May 2026).
Manganese ore trades across a wide range of grades — commonly 37% Mn and 44% Mn benchmarks, with actual cargoes ranging roughly 42–48% Mn content and varying iron, silica, phosphorous, and alumina impurity levels that Fastmarkets must continually renormalize in its index specifications (Fastmarkets, Manganese Ore Index methodology). Bulk ore also carries a strikingly low unit value relative to gold, lithium, or even cobalt — single-digit dollars per dry metric tonne unit rather than dollars per gram or per kilogram — meaning a meaningful token position would require enormous underlying tonnage to represent any economically interesting value, undermining the capital-efficiency case that makes fractionalized ownership attractive for higher-unit-value metals. Combined with manganese's overwhelmingly industrial, non-battery end use (steelmaking absorbs the vast majority of global output), there has simply been no commercial or narrative pull toward building token infrastructure around bulk manganese ore, in sharp contrast to gold's store-of-value case or even lithium's EV-linked growth narrative.
The battery-relevant exception is high-purity manganese sulfate monohydrate, driven by growing adoption of lithium iron manganese phosphate (LFP-Mn, sometimes called LMFP) cathode chemistries that blend manganese into traditionally cobalt-free LFP formulations to boost energy density. Market researchers project the global HPMSM market will expand substantially through the early 2030s, with battery-grade demand cited as growing at a compound annual rate broadly in the 15–20% range as LMFP and other manganese-enhanced cathode chemistries scale alongside traditional NMC (nickel-manganese-cobalt) demand (PW Consulting Chemical & Energy Research Center, HPMSM Market Report; OpenPR, HPMSM Market growth forecast, 6 Jan 2026). China currently dominates HPMSM refining capacity, controlling an estimated 85% of battery-grade HPMSM output, which mirrors the refining concentration pattern seen in cobalt and reinforces Western and European interest in developing alternative HPMSM supply chains from South African and Australian feedstock (Rzzro Intelligence, Battery-grade HPMSM demand surges, 22 May 2026). Junior miners including Euro Manganese, which signed a US chemical firm as an offtake partner, and Manganese X Energy Corp are positioning specifically around this battery-grade HPMSM opportunity rather than bulk ore, reflecting where the real growth narrative in manganese now sits (Mining.com, Euro Manganese offtake agreement, 26 Aug 2024).
If a manganese tokenization product ever emerges, the evidence strongly suggests it would need to be scoped narrowly to battery-grade HPMSM offtake agreements rather than bulk ore, mirroring the tokenized-offtake logic described for lithium: a fractionalized, tradeable claim on a specific miner's contracted HPMSM deliveries to a battery or cathode maker, referencing project-level price estimates (such as the $2,900–4,200 per tonne range cited by CPM Group and industry scoping studies) rather than the bulk ore index. This would sidestep the low-unit-value problem that makes bulk ore tokenization impractical, while tapping directly into the 15–20% CAGR growth narrative that is actually attracting capital into the sector. The EU's Critical Raw Materials Act analysis of the European manganese supply gap through 2030 similarly frames the opportunity in refined, battery-grade terms rather than raw-ore terms, reinforcing that any future financial product tied to manganese would need to track the refined product, not the commodity ore (Union Power Metals, European Manganese: The 2030 Supply Gap and the CRMA).
Set against lithium's four independent, competing price-reporting agencies (Fastmarkets, Argus, Platts, and LME reference feeds), IOSCO-audited daily assessments, and actively growing CME/LME futures volumes detailed in the lithium deep dive, manganese's benchmark infrastructure looks distinctly earlier-stage: a single dominant price-reporting agency (Fastmarkets) covering bulk ore, no comparably liquid battery-grade HPMSM daily benchmark, and no actively traded CME or LME futures contract at all. Cobalt sits in between — it has functioning if thin futures markets on CME and a nominal LME listing, plus a rich responsible-sourcing verification layer that manganese entirely lacks, since manganese carries none of cobalt's acute ESG profile. This ordering — lithium's mature multi-agency benchmark complex, cobalt's thin-but-real futures markets layered with ESG-driven traceability infrastructure, and manganese's single-agency bulk-ore index with an immature battery-grade tail — maps directly onto how far each metal is from supporting any credible tokenized product, retail or institutional.