The battery industry
is on with silicon

Our nano-porous silicon anode material brings winning battery performance to manufacturers worldwide. It overcomes the challenges of applying silicon in lithium-ion battery anodes. This is a big step towards helping everyone enjoy clean, electrically powered mobility.

WE ARE TAMING SILICON

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Better
performance

Our specialty silicon ensures higher energy density, faster charging and longer lasting battery performance; it solves the swelling problem, making silicon-dominant anodes (>80% silicon) a reality.

Highly
compatible

This is the low-cost solution compatible with existing production lines that the EV industry needs – as currently verified by R&D managers of more than a dozen leading automotive and battery manufacturer brands.

Scalable
production

Our nano-porous silicon is now in production for industrial application in our in-house facility, ready to scale up.
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Advantages of our nano-porous silicon

Our specialty silicon product

What’s inside: our nano-porous silicon

Close up of the silicon particles

Pores in the silicon particles

Higher energy
density

E-magy creates a revolutionary silicon dominant anode material for lithium-ion batteries that delivers 40% higher energy density (in Wh/kg).

Negligible anode
expansion

Tests performed in cooperation with renowned German institute ZSW have shown a negligible pouch cell thickness variation of <5% after 100 cycles, with an 80% weight silicon anode.

Low carbon
footprint

We use low-cost upgraded metallurgical grade silicon that is abundantly available and environmentally benign. Our efficient casting process ensures a low carbon footprint.

Inhouse- production
cost efficient and scalable

Our nano-porous silicon is produced in our own, fully operational production facility near Amsterdam. The machinery covers 1200 square meters and operates at an industrial scale, can run 24/7 and is capable of producing up to 25 tons a year.

Efficient

We use an efficient silicon crystallization process with industry-standard post-processing steps.

Compatible

Our nano-porous silicon is compatible with existing lithium-ion battery manufacturing processes and installed factory equipment. This makes it a low risk and easy to adopt solution.

Scalable

The facility is capable of manufacturing 25 tons of nano-porous silicon per year. We have designed the process to be easily scalable, with a capacity per line of 300 tons per year.

Mario Marinaro

Team Leader Batteries at ZSW

We have tested E-magy's silicon anodes and seen a negligible pouch cell thickness variation of <5% after 100 charging cycles, with an 80% wt silicon anode.
ZSW (Zentrum für Sonnenenergie- und Wasserstoff-Forschung Baden-Württemberg) is one of the leading institutes for applied research in battery technology.

Prof. Marnix Wagemaker

Head of Battery Research Group at Delft University of Technology

The porous silicon structure E-magy has developed mitigates the volume changes and addresses one of the biggest challenges to reach a long cycle life.
The TU Delft Battery Research Group supports developing safe and high performance energy storage in batteries worldwide.

Smarter through collaboration

These organisations are on with Silicon.
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E-Magy

Be part of our world class team

Are you interested in what we do? Want to be a part of a dynamic international team of scientists, specialists and engineers who are actively involved in helping to make the world a better place by mastering silicon for a cleaner automotive industry? Then don't hesitate to reach out. We're always interested in meeting more bright minds to join us.
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