Real change begins with chemistry.
From the ancient use of charcoal to the development of modern solar cells, new energy always begins with new materials. And it is chemists who investigate, design, and create new materials. We are a company of chemists.
We work only in the friendly portions of the periodic table.
We believe there is so much interesting chemistry to investigate in the friendly parts of the periodic table that there is no need to work with highly toxic systems, heavy metals, or rare elements to achieve our goals. Instead, we start with substances that offer low toxicity and abundant material supply. Then we focus on adjusting their surface chemistry to maximize electroactivity.
Think big, test broadly.
We stretch the boundaries of chemistry and test every new product we make for applications to the big problems of the world—photoactivity, catalytic activity, and electron activity. Early success synthesizing materials with unique conductivities led to the realization that we had the opportunity to make batteries better.
Value the practical and scalable over the exotic and heroic.
Too much of scientific research is focused on the heroic effort. Creating exotic and rare materials with complicated synthesis techniques works for scientific publication, but not for making real change in the world. We strive for simplicity and practicality in the synthesis and manufacturing of our materials, enabling our processes to scale rapidly and cost-efficiently. Part of making batteries better is making them cheaper.
Better batteries require new electroactive materials—the chemical components that produce electrons—to store more energy for longer. Ten-Nine Tech is designing, creating, and producing these new materials.
Path to Production
A look at our past, present, and anticipated future.
“Ten-Nine started in a back room of our angel investor’s warehouse. Tables from the hardware store served as lab benches. There wasn’t a sink, so glassware got washed in the bathroom at the end of the day, and I took the small flasks of nanoparticles to my mom’s house and baked them in her oven.” – Paige Johnson, founder
First material breakthrough
6 gram batch size
1 kilogram batch size
20 patent filings
Product-market fit analysis
Series A funding
4 patents granted
Production scaled up
Li primary market entry
Over 45 patents pending
6 tons per annum
Alkaline market entry
16 tons per annum production capacity
350 tons production capacity
1,800 tons production capacity
Rechargeable market entry
5,000 tons production capacity