About Ultra Resources Technology Limited
Focus on next-gen lithium battery technology- empowering sustainable development of renewable energy
Company Positioning
Ultra Resources Technology Limited is a high-tech enterprise specializing in R&D- industrialization and application of next-gen lithium-sulfur battery materials. With a top-tier research team and independent intellectual property rights- we are committed to addressing the pain points of traditional lithium batteries such as low energy density- high cost and insufficient safety- providing high-performance material solutions for new energy vehicles. energy storage systems and other fields.
- Holder of multiple invention patents for core lithium-sulfur battery materials
- Established full-chain technology system from lab to mass production
- Formed strategic synergy with upstream and downstream enterprises to accelerate technology commercialization
Core Technologies & Intellectual Property
Protecting innovation achievements and enhancing market competitiveness through systematic intellectual property layout
- Preparation method of high-conductivity sulfur-carbon composite cathode material
- Microwave preparation of SPAN (Sulfur/Polyacrylonitrile Composite)
- Structural design of lithium-sulfur batteries
- Manufacturing of ultra-lightweight magnesium-lithium alloy three-dimensional current collectors
- Synthesis process of lithium sulfide materials
- Synthesis method of polymeric sulfide solid electrolytes
Core Team
Our core team possesses extensive interdisciplinary expertise and engineering experience
Capable of providing comprehensive system solutions、meeting challenges、and adapting to changes.
Team members have over fifteen years of collaborative history in the chemical battery field，with excellent communication and collaboration skills.
Core Business
Our core business includes the R&D， industrial manufacturing， and application of cathode materials for lithium-sulfur batteries. We are committed to continuously improving battery energy density， cycle life， and safety performance， providing comprehensive solutions to help customers achieve reliable， efficient， and sustainable lithium-sulfur battery product manufacturing and application systems. Currently， our cathode materials and comprehensive solutions are driving the commercialization of lithium-sulfur battery pouch products， achieving energy densities of 400-700WH/KG/0.1C (distinguished as power-type， energy-type， and long-life-type).
Strategic layout and product planning
2024: High-purity Nano-grade Lithium Sulfide (Li₂S)
- In 2024， we targeted a specific market with a new core business: large-scale industrial manufacturing of high-purity nano-grade lithium sulfide (Li₂S) products using the existing mature industrial system. Besides serving as cathode additives， electrolyte additives， or being directly used in cathode materials in lithium-sulfur batteries， these products are also suitable as key raw materials for the manufacture of sulfide solid electrolytes.
2024: Ultra-lightweight Three-dimensional Magnesium Alloy Current Collector
- In 2024， we introduced the ultra-lightweight three-dimensional magnesium alloy current collector to the market. This product has begun industrial-scale manufacturing and will provide critical solutions for the commercialization of new high-energy-density batteries， such as lithium-sulfur batteries， lithium-metal batteries， and other batteries using lithium metal as the anode.
2025 Plan: New Generation of Polymeric Sulfide Solid Electrolytes
- In 2025， we researched， designed， and developed a new generation of polymeric sulfide solid electrolytes. These solid electrolytes feature high ionic conductivity (10⁻²—10⁻³)， excellent film-forming properties， and significantly lower environmental requirements compared to current sulfide solid electrolytes made from lithium sulfide. They are easy to mass-produce and cost less than lithium sulfide-based sulfide solid electrolytes and oxide solid electrolytes. This product is widely applicable to various lithium batteries， especially lithium-sulfur batteries， and is scheduled to enter the market in the second half of 2025.
Future Plans & Outlook
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Advance the research, technological development, and industrialization of lithium-sulfur battery cathode materials
We will continue to advance the research， technological development， and industrialization of lithium-sulfur battery cathode materials， constructing a production line with an annual capacity of ten thousand tons， capable of covering the manufacturing of our multi-system products.Based on market demand， we will expand research and development in areas such as polymeric sulfide solid electrolytes， accelerating process innovation to highlight the high-performance and low-cost advantages of polymeric sulfur solid electrolytes.
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Large-scale and Low-cost Manufacturing of Polymeric Sulfide Solid Electrolytes
Leveraging the advantages and experience of existing mature industrial and regulatory systems， we will manufacture polymeric sulfide solid electrolytes on a large scale and at low cost. Our ultra-lightweight magnesium alloy three-dimensional current collector addresses the pain points of using pure lithium metal foil as the anode in lithium-sulfur and lithium-metal batteries. It can be used as a dry electrode current collector for manufacturing lithium-sulfur battery cathode plates and can also be applied to our patented technology—bipolar high-voltage lithium-sulfur batteries—making it the preferred material for new batteries and innovative battery design and manufacturing processes. We currently have a large-scale manufacturing capacity and can rapidly expand production capacity based on market demand.