Sakuu Corporation to Go Public via Business Combination With Pyrophyte Acquisition Corp. II
Business Wire•15/10/2026•08:00 ET
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Key Highlights
- ➤$600 million pre-money equity value implied for Sakuu in proposed business combination
- ➤Pyrophyte will be renamed Sakuu Corporation and target NYSE ticker “SAKU”
- ➤Kavian commercial availability anticipated in second quarter of 2027
- ➤Transaction proceeds expected to fund Kavian development and purchase-order fulfillment
- ➤Sakuu’s dry-printing platform claims 40-60% potential overall manufacturing cost reduction
Expert Statements
Robert Bagheri, Founder and Chief Executive Officer of Sakuu
“Kavian technology is not only the world’s first additive manufacturing solution to dry print high-performance battery electrodes at scale; it can also dry print supercapacitor electrodes customized for the growing power needs of AI data centers. It is the only known solution for producing heavily in-demand energy products that can be custom-printed rapidly, sustainably, and cost-effectively.”
Bernard J. Duroc-Danner, Chairman of Pyrophyte
“AI is a profoundly transformative technology. Energy is what makes that transformation possible. Sakuu brings transformative technology to energy storage manufacturing, a critical segment of the energy industry. Sakuu will improve the economics of AI infrastructure as well as more broadly the economics of energy storage in all its applications. It will also significantly improve the safety and the environmental footprint of AI data centers and more generally the electrification of the economy. Pyrophyte wanted to assist in bringing to market a company that makes a difference in the energy industry. After long years of technology development, Sakuu is such a company. We are proud to be part of their development path.”
Sakuu Corporation to Go Public via Business Combination With Pyrophyte Acquisition Corp. II
Advancing Mission to Transform Energy Storage Manufacturing Industry by Supplying Commercial-Scale Dry-Printing Equipment for Accelerated, Sustainable and Cost-Effective Battery and Supercapacitor Production
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