Our Projects
Here at Vecor Technologies, we are committed to achieving full circularity by pioneering recycled ceramic materials for sustainable development. We have partnered with material science experts worldwide to bring material out of the waste stream and back into industrial applications.
Our research into battery technology is groundbreaking, and promises to reduce reliance on rare minerals without sacrificing performance.
Vecor Ceramics
Vecor Ceramics (VC) offers the only titanium dioxide extender on the market that is manufactured from industrial waste stream minerals without sacrificing performance. VC is a processed aluminosilicate powder blend with round morphology and amorphous grain structure.
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Available in a range of SKUs tailored to specific needs, VC provides industries with the capacity to improve performance while reducing cost.
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UV resistance after 2,000 hours UV-A
Excellent hiding power
Improved moisture resistance in high-humidity environments
Partially developed from industrial waste stream minerals, which lowers supply chain risks and supports a sustainable industry with full circularity
Projected to cost 20-30% less than TiO₂ while matching performance
Replacement of 10-40% TiO₂ depending on application
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VC will be sold in 25kg and 1000kg bulk bags.
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Click here to download our TDS and SDS
Vecor Energy
Vecor Energy is a battery technology startup developing advanced electrochemical energy storage solutions designed for scalability, safety, and long-term sustainability.
Our work spans materials, electrodes, and cell-level engineering, with a strong focus on translating research into manufacturable battery systems. We work closely with industry and research partners to ensure technology development aligns with real deployment needs rather than laboratory-only performance.
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Vecor Technologies is excited to share our developments in novel sodium-ion rechargeable batteries. Through exciting applications of electrochemical processing, we are developing a battery that can power the future transition to renewables with lower costs and higher performance than other alternatives on the market.