
By investing in natural graphite and antimony today, investors position themselves in a booming global market with:
The first platform to combine critical minerals with blockchain-backed ownership.
Investors can buy minerals at a lower price and sell at a buyback rate, ensuring strong returns.
Ensures liquidity for investors, allowing them to trade their holdings without locking funds for long durations.
Proof of origin, ethical sourcing, and real-time tracking of transactions and supply chains.
Provides direct access to high-demand minerals like Graphite and Antimony, which are crucial for EV batteries and electronics.
Expands accessibility for investors and supports future scaling in mineral production and trading.
Helps miners scale production without share dilution, providing a non-traditional funding route for critical mineral extraction.
Expands accessibility for investors and supports future scaling in mineral production and trading.
The Energy Act of 2020 defines a critical material as any non-fuel mineral or element that plays an essential role in energy technologies and faces a high risk of supply chain disruption. These materials are not optional — they are fundamental to producing, transmitting, storing, and conserving energy in a rapidly electrifying world.
In addition, the 2022 Critical Minerals List identifies 50 indispensable minerals — including graphite, antimony, lithium, cobalt, and nickel — all of which power the modern energy and technology sectors. The Final 2023 Critical Materials List confirms just how essential these materials have become.
Among them are the so-called Electric 18: aluminum, cobalt, copper, dysprosium, fluorine, gallium, iridium, lithium, magnesium, natural graphite, neodymium, nickel, platinum, praseodymium, silicon, silicon carbide, terbium, and electrical steel.
Yet despite their growing importance, access to these minerals is under constant threat. Geopolitical tensions, limited geographic sources, and rising global demand create major vulnerabilities in the supply chain.
This is where Savala comes in.
We ensure access to the materials the world depends on. Savala brings transparency, stability, and strategic foresight to one of the most volatile markets on earth — the materials market powering the energy transition.
Antimony is a high-value, industrial-critical metal used in flame retardants, semiconductors, and energy storage systems. It is classified as a strategic mineral due to its essential role in defense and technology applications, making secure supply a priority for governments and industries worldwide.
The U.S. and EU list antimony as a critical material for defense, energy, and technology
China controls 80% of global production, with increasing export restrictions
Used in next-gen liquid metal batteries for grid-level renewable energy storage
A key ingredient in lead-acid batteries, microelectronics, and fire-resistant materials
purchase at
per tonne
Guaranteed buy back
per tonne
Limited availability PHASE 1/6
tonnes only
Natural graphite is the backbone of the lithium-ion battery revolution, a key component in EVs, renewable energy storage, and high-tech electronics. With McKinsey & Co. forecasting a $400 billion market by 2030, investors are looking at exponential growth and sustained demand.
Every lithium-ion battery requires 10-15 times more graphite than lithium, making it the single largest component in EV batteries.
A projected 1.2 million-tonne shortage by 2030, increasing to 8 million tonnes by 2040
Rising demand and ESG-compliant sourcing drive higher value for natural graphite over synthetic alternatives
Investment backed by Ceylon Graphite's premium-grade resources, ensuring global resale value
purchase at
per tonne
Guaranteed buy back
per tonne
Limited availability PHASE 1
tonnes only
Accounts require KYC authentication for proof of identity.
Account holders receive comprehensive documentation to assist purchase decision making.
Buyers can use regular or digital currency. Savala accounts are connected to existing digital currency wallets.
Savala is pioneering the intersection of blockchain and critical minerals, ensuring sustainable, transparent, and profitable commodity trading. As global markets shift towards independent, ethical supply chains, Savala provides a revolutionary investment vehicle for both institutional and retail investors.
Pre-register for upcoming critical mineral offerings
Savala is a blockchain-based commodities trading platform specializing in critical minerals such as antimony and graphite. It provides a secure and transparent way for investors and buyers to trade these essential resources.
Savala integrates tokenization, blockchain security, and a secondary marketplace, allowing buyers to own, trade, and redeem mineral-backed tokens with full transparency.
Savala aims to democratize access to critical minerals, support responsible mining, and provide liquidity to investors through a blockchain-powered trading ecosystem.
Critical minerals, such as graphite, antimony, lithium, and cobalt, are essential for energy storage, EV batteries, semiconductors, and defense industries. They are classified as high-risk supply chain materials due to global geopolitical dependencies.
Blockchain ensures secure, tamper-proof ownership records, real-time tracking of commodities, and eliminates the need for intermediaries, reducing fraud risks in commodity trading.
Savala is open to institutional investors, commodity buyers, and individual investors interested in acquiring critical minerals.
Tokenization allows fractional ownership, enhances liquidity, provides real-time asset tracking, and ensures proof of origin for responsible sourcing.
No. While antimony and graphite are the primary commodities available now, lithium, cobalt, and other critical minerals will be introduced as the platform expands.
Savala implements blockchain-based proof of origin, ensures ESG-compliant mining practices, and partners with verified mineral suppliers.
To start trading:
Tokenization converts physical ownership of a commodity into digital tokens, allowing investors to trade, hold, or redeem their investment without taking physical delivery.
Yes. Savala offers a secondary marketplace where investors can trade tokens with other buyers before the redemption stage, providing liquidity.
Once all initially available minerals are sold, token holders can list their Antimony or Graphite Tokens for sale to other investors at market rates.
Higher returns are possible if market prices rise.
The first $1,200 per tonne of graphite and $3,000 per tonne of antimony is guaranteed upon redemption. However, if the market price surpasses these thresholds, investors receive 30% of the additional profit. For example, if antimony sells at $14,000 per tonne, investors would receive:
Savala earns a platform fee from the sale price of the commodities, but investors do not pay any additional transaction fees when buying tokens.
Like any commodity investment, risks include:
Savala mitigates these risks with buyback guarantees and blockchain transparency.
Yes. Investors can hold tokens until market conditions are favorable or trade them on the secondary market for liquidity.
The purchase contract outlines the terms of ownership, buyback guarantees, redemption process, and secondary market trading conditions. Investors receive a legally binding agreement specifying:
Initial written “Agreement Of Purchase” drafted by Cassels Brock & Blackwell LLP Toronto.
Antimony prices have doubled, setting record highs due to supply constraints. The solar energy and defense sectors are particularly affected. China's decision to restrict antimony exports has led to a significant surge in prices, reaching record highs. This escalation is attributed to increased demand from sectors like solar energy and defense, coupled with supply constraints. The price volatility highlights the market's sensitivity to geopolitical actions and the importance of diversifying supply chains.
Antimony is integral to:
Its applications in military equipment and renewable energy storage solutions make it a strategic resource. The metal's unique properties enhance the performance and safety of various technologies, underscoring its criticality in modern industries.