• vecor ceramics titanium dioxide extender

    Advanced Materials and Ceramics for Industry and Energy Storage

    Engineered aluminosilicate products from industrial waste stream minerals

  • Vecor Ceramics | powder coatings | titanium dioxide extender replacement

    Vecor Ceramics

    Our ceramic products improve the performance of coatings, ceramics, plastics, and other polymers while reducing manufacturers’ costs and reducing supply chain risks.

  • Vecor Scientist holding Sodium Ion Battery

    Vecor Energy

    Vecor Energy develops battery technologies by integrating materials science, electrochemical engineering, and cell-level design.

    Our focus spans sodium-ion, lithium-ion, and LFP platforms that balance performance, safety, sustainability, and manufacturability.

WHO IS VECOR?

Vecor Technologies focuses on providing innovative solutions in ceramics and renewable energy storage.

Vecor Technologies focuses on providing innovative solutions in ceramics and renewable energy storage. Our ceramic products improve the performance of coatings, ceramics, plastics, PVC and other polymers while reducing manufacturers’ costs and supply chain risks.

Our research into battery technology is groundbreaking, and promises to reduce reliance on rare minerals without sacrificing performance. Vecor Energy is advancing next-generation battery manufacturing through scalable cathode electrode and cell technologies engineered for lower cost, higher efficiency, and sustainable large-scale deployment.


Vecor Ceramics are applicable in:


Architectural Coatings


Powder Coatings


Industrial Coatings


Ceramic Coatings


Plastics and PVC


Rubber


Coil Coatings


Masterbatches




FEATURED PROJECTS

VC-R in Tire
Compounding

Recycled aluminosilicate reinforcing filler for passenger tire treads.

VC-PVCW in
PVC Applications

Pouch cell engineering for performance consistency, safety, and durability.

Na-ion & LFP Cathode
Electrode

Advanced cathode and cell development for next-gen energy storage.

VC-ACW for Coatings Applications

Partial replacement of TiO₂ for high-performance and sustainable coatings.

Plastics &
Masterbatch

Enhanced processing and improved product performance.

Our Mission:

Improve the performance of coatings, plastics, rubber and other complex materials with less expensive inputs. Eliminate supply chain risks with local manufacturing by transforming reclaimed minerals into valuable resources.

Our Vision:

To make better, greener, more profitable products from sustainable practices​.

Blue and white ink swirling in water with the text "Proudly Partnered With" overlaid.