Anaphite

High-Level Overview

Anaphite is a UK-based battery technology company developing Dry Coating Precursor (DCP®) technology—composite cathode powders for lithium-ion batteries that enable solvent-free, dry electrode coating.[1][2][4] It serves battery manufacturers and EV OEMs by solving high-energy, costly wet coating processes, reducing production costs by up to 40%, energy use by 30%, and carbon emissions to support sustainable transportation.[3][4] Founded in 2018 in Bristol, Anaphite has raised over $15 million in Series A funding, including $13.7 million in 2024 and €1.6 million in late 2025, fueling pilot-scale manufacturing and R&D for LFP batteries and global commercialization.[3][6]

The company targets the EV battery sector's shift to dry processing, with in-house testing validating high electrochemical performance and scalability from grams to tonnes.[1][4] Growth momentum includes hiring a CEO in 2022, pivoting to Li-ion electrodes, and partnering with cell makers amid rising demand for greener production.[3]

Origin Story

Anaphite was founded in 2018 in Bristol, UK, by chemist Sam Burrow (CTO) and physicist Alexander Hewitt (COO), who developed proprietary chemistry for advanced battery electrodes.[2][3] The idea emerged from innovating cathode powders infused with materials like carbon nanotubes or graphene to enable dry coating, addressing longstanding inefficiencies in Li-ion manufacturing.[1][5] Early traction came via UK accelerator programs showcasing their DCP tech alongside EV innovations, followed by a £1.2 million raise in 2021 and £4.1 million in 2022.[3][5]

A pivotal moment was hiring CEO Joe Stevenson (ex-Johnson Matthey) in 2022, commissioning pilot manufacturing, and refocusing solely on dry-coated Li-ion electrodes, setting the stage for Series A scaling.[3]

Core Differentiators

• Proprietary DCP® Powders: Fully formulated composites with active materials, binders, and additives (e.g., carbon nanotubes) optimized for direct dry coating—no solvents, mixing, or additives needed—delivering high-performance electrodes.[1][4]
• Cost and Sustainability Edge: Cuts energy by 30%, costs by 40%, and carbon footprint versus wet methods; flexible formulations meet performance, cost, and eco-goals.[3][4]
• End-to-End Platform: In-house chemistry design, small-to-kilo scale production, pilot manufacturing (grams to tonnes), and rigorous cell testing for rapid iteration and validation.[4]
• Scalability and Collaboration: Prepares for GWh-scale output; works with battery makers and OEMs on custom R&D, including recent LFP focus.[4][6]

Role in the Broader Tech Landscape

Anaphite rides the EV battery manufacturing revolution, where dry electrode coating addresses wet process bottlenecks amid surging demand for affordable, low-carbon Li-ion cells.[3][4] Timing aligns with net-zero goals (e.g., UK 2050 targets) and market forces like rising energy costs, supply chain pressures, and regulations favoring sustainable production.[1][3] By enabling cheaper, greener batteries, it influences the ecosystem—partnering with OEMs to accelerate EV adoption, reduce aerospace/maritime battery costs, and support LFP shifts for mass-market vehicles.[3][6] This positions Anaphite as a key enabler in the $100B+ battery supply chain, democratizing advanced tech for global scale-up.[2]

Quick Take & Future Outlook

Anaphite is primed to capture share in dry coating as EV production hits GWh scales, with next steps including full plant commissioning, LFP commercialization, and major OEM contracts using recent €1.6M funding.[3][6] Trends like AI-optimized batteries, solid-state transitions, and circular supply chains will amplify its DCP platform, potentially expanding to anodes or next-gen chemistries.[4] Its influence could evolve from innovator to industry standard-setter, slashing global battery emissions and costs—echoing its founding mission to decarbonize EV production at scale.[1][3]