Powering Batteries with Graphite
It is the largest battery material component in the battery. The morphology of graphite allowed researchers to create anodes with a higher rate capability and energy density. 42% of all battery anode material is sourced from natural spherical graphite, 58% from synthetic graphite material. The demand for graphite is set to increase by over 200% in the next four years.
70000
TPAOverall Output by 2026*
78
%
Global Warming Potential
25340
TPATotal Annual Capacity
“Lowering battery costs is crucial in making electric cars more
affordable since the battery pack
accounts for half of the purchase
expense, with the cells making
up 70% of the cost, the graphite
anode 15%.”
Vikram Handa
Founder & Managing Director
Crafting Diverse Anode Materials
Synthetic, Natural, Blended & Agglomerated Graphitic Innovations with Special Epsilon Advantage
High Perfomance
Unleashing the full potential with our optimized anode materials, amplifying battery efficiency and performance.
High Capacity
Experience extended range and increased productivity powered by our high-capacity anode material. Minimum requirement for EV grade anode is 345-350 mAh/g, ours is at 362 mAh/g.
High Quality
Our materials undergo rigorous testing, ensuring higher quality for reliability, durability and safe batteries.
Longer Life Cycle
Battery materials designed to last, reducing the need for frequent replacements.
Fast Charging
Powering up devices with our material’s fast-charging capabilities, maximum output with minimum input.
Value Driven
Proprietary, advanced, and sustainable processes, sourcing locally while supplying globally, ensures exceptional value.
Greenest Materials
Powering industry with our greenest materials, making a substantial ~78% reduction in global warming potential (GWP) compared to competitors.
Epsilon Mesophase Coke
Epsilon Mesophase Coke (EMC) is a premium raw material used by anode manufacturers offering consistent quality and high performance. Highly Epsilon Mesophase Coke (EMC) is a premium raw material used by anode manufacturers due to its consistent quality and high performance. Our differentiation is the degree of customization, and technical specifications as per customers’ requirements giving different particle sizes, volatile matter and shapes as per their requirements. read more
Epsilon Mesophase Graphite
Epsilon Graphitized Natural Graphite (EGNG) anode requires experience and expertise in processing of natural graphite flakes in an Epsilon Mesophase Graphite (EMG), A synthetic graphite anode highly customizable, meeting specific requirements suitable for high-power cells and long-cycle cells. read more
Epsilon Graphitized Natural Graphite
Epsilon Graphitized Natural Graphite (EGNG) anode requires experience and expertise in processing of natural graphite flakes in an environmentally. Epsilon Graphitized Natural Graphite (EGNG) anode has the required experience and expertise in processing natural graphite flakes in an environmentally friendly thermal treatment process to meet battery-grade specifications. read more
Epsilon Mesophase Coke Powder
Epsilon Mesophase Coke Powder (EMP) is a unique product used for direct graphitization. Helps anode makers lighten the process and Epsilon Mesophase Coke Powder (EMP) is a unique product used for direct graphitization. Helps anode makers lighten the process and improve their carbon footprint. Is highly customizable, providing particle sizes, volatile matter and shapes as per the customers’ requirements. read more
Epsilon Synthetic + Natural Graphite
Epsilon Synthetic + Natural Graphite (ESNG) anode is a blended graphite that is highly customizable and benefits of high Capacity Epsilon Synthetic + Natural Graphite (ESNG) anode is a blended graphite that is highly customizable and has the benefits of high capacity of natural graphite with the better rate performance of synthetic graphite. This material reduces the overall processing time for making anodes. read more
Silicon Carbon Compose
Silicon Carbon Compose (SI-C) Anode with the right blend of silicon has a high theoretical lithium storage capacity and is the new frontier Silicon Carbon Compose (SI-C) Anode with the right blend of silicon has a high theoretical lithium storage capacity and is the new frontier in the development of high-performance batteries. Epsilon Agglomerated Graphite (EAG) A synthetic graphite anode meeting specific requirements suitable for high power and EV sector. read more
Epsilon Agglomerated Graphite
Epsilon Agglomerated Graphite (EAG) A synthetic graphite anode meeting specific requirements suitable for high power and EV sector.
Case Study
Building without emissions and manufacturing with waste materials
Step 1
Our manufacturing process utilizes a by-product derived in the manufacturing of steel as a key raw material. We distil this to manufacture Coal Tar Pitch and a variety of intermediate chemicals.
Step 2
The Carbon Black Oil produced as a by-product in the Coal Tar Distillation process is used as a fuel and feed for the Carbon Black production process within our facility.
Step 3
The Coal Tar pitch is further processed to produce Impregnation pitch. Through the thermal process, we convert the impegrnation pitch into meso coke. A high performance anode pre cursor with unique properties.
Step 4
Through our patent-pending technology, we produce high-quality, high -performance, synthetic graphite anode material for Lithium-ion Batteries in an eco-friendly manner using shaping/milling/granulation/thermal purification and coating processes.
Step 5
We also have a range of designed instruments in-house for testing capabilities for single pouch cells that can test first-cycle discharge capacity, efficiency, and the spring-back nature of materials.
