Neuman & Esser Process Technology
Booth number: 1340
www.neuman-esser.de/en/process/applications/spherical-battery-anode-graphite/
About us
The solution provider NEA Process Technology with more than 90 years of experience in the field of mechanical process engineering serves customers in the chemical, food and minerals industries. A core area of the product portfolio are efficient systems for the production of battery materials such as graphite, pitch coke, carbon black and lithium.NEA|Sphere
In order to offer graphite producers as key players in battery production an economical and ecological solution with high capacity and low energy consumption, NEA Process Technology has developed the NEA|Sphere grinding and rounding systems. With this process, a significantly higher yield can be achieved with a low CO2 footprint and low OPEX at the same time.
Address
Werkstr.
52531 Übach-Palenberg
Germany
Phone: +49 2451 481205
1502 E Summitry Circle
77449-5350 Katy, TX
USA
E-mail: gus.angeloci@neuman-esser.com
Phone: +1 281 4975113
Internet: www.neuman-esser.de/en/process/applications/spherical-battery-anode-graphite/
Products & Services
NEA|Sphere
In order to offer synthetic and natural anode graphite producers as key players in battery production an economical and ecological solution with high capacity and low energy consumption, NEA Process Technology has developed the NEA|Sphere grinding and rounding and classification systems. With this process, a significantly higher yield can be achieved with a low CO2 footprint and low OPEX at the same time.
Individual solutions and processes for sizing and shaping of synthetic graphite, needle cokes and natural graphite flakes have been developed and implemented, such that the NEA|Sphere range of equipment provides optimally adapted solutions for each requirement, such as steep PSDs, high Tap Densities, low surface area, etc.
NEA|Sphere S
The NEA|Sphere S60 represents the largest graphite shaping equipment available worldwide and has been built, delivered and put into production multiple times.
