CPreme® Graphite is a family of high performance anode materials for Lithium-ion batteries. Designed for applications requiring high power, high energy and critical cathode chemistries. CPreme® Graphite delivers a variety of options to meet the challenges of demanding environments, including automotive, aerospace, power tool and utility grid management.
ConocoPhillips now offers a range of CPreme® Graphite anode products with specialized performance characteristics. Whether cell design requires all-around performance or optimization for high energy, high power or unique cathode chemistry, ConocoPhillips offers different anode materials which meet those diverse challenges.
High Efficiency Anode
CPreme® G8, G5 and G15 Graphite anode materials provide superior first cycle efficiency, heat release and cycle life performance characteristics. G-series anode materials offer the best all-around performance for the most demanding applications.
High Energy Anode
Designed for high capacity, CPreme® A12 uses a nominal 12-micron, natural graphite core coated with ConocoPhillips' proprietary surface treatment and processed for optimum capacity. This material also offers one of the highest first-cycle efficiencies available with superior safety and cycle-life performance.
High Power Anode
CPreme® P5 offers a compelling combination of high rate capacity and low cost. CPreme® P5 utilizes carefully selected petroleum coke and ConocoPhillips' specialized processing to produce a nominal 5-micron particle size anode material. This small particle size is designed to provide high rate performance for power cell applications.
Manganese Spinel Cathode Compatibility
CPreme® M5's charge profile is engineered to replicate the low-SOC profile of hard carbon. This enhances
CPreme® M5's ability to cycle with spinel cathodes, by reducing the tendency toward manganese dissolution. CPreme® M5 delivers good cycle life and much higher energy density compared to hard carbon.
