Vecor Ceramics

For Paints, Coatings, Ceramics, Rubber, Plastics, and PVC

Vecor Ceramics (VC) is an engineered aluminosilicate manufactured using industrial recycled materials.

Used in the proper formulations and proportions, VC offers material cost savings, significantly lower carbon footprint, improved resistance to abrasion, UV, and fire.

Made in the USA, VC mitigates supply chain risks associated with commonly used pigments and fillers, at prices that improve the bottom line for manufacturers and distributors.

A full list of our available SKUs are listed at the bottom of this page.

Improvements and Benefits

  • Improved optical properties

  • No impact on pH

  • Stain and chemical resistance

  • UV durability and weatherability

  • Moisture and humidity resistance

  • Abrasion, burnish, and wet scrub resistance

Engineered for Multiple Uses

Choose from a range of D50 particle size options, including <1um, 2um, and 3um, to achieve precise performance in your coatings and products. Our color values are tailored to meet your application needs, ensuring vibrant and consistent results.

VC also offers various surface-coated treatment options for enhanced durability and performance. With oil absorption tailored to application needs you have complete control over the properties of your formulations.

VC is available in multiple SKUs made specifically to suit the requirements of end users.

Download our Technical Data Sheets or SDS below.

Architectural Paint:

VC supplements titanium dioxide, enhancing the resistance of architectural paints to abrasion, burnish, UV, and other environmentally damaging effects.

Industrial Coatings:

VC reduces the quantity of organic solvents required and improves coloration and performance of industrial coatings.

Powder Coatings:

VC supplements barium sulphate and adds color and decorative effects with superior adhesion and durability in powder and coil coatings.

Ceramics:

VC-C offers a partial to full replacement of existing zirconium silicates used in various ceramic applications.

Rubber:

In rubber products, VC improves manufacturing throughput and product durability.

Coil Coatings:

When added to coil coatings, VC enhances protection against corrosion, UV degradation, and abrasion for lasting performance in harsh environments.

Plastics and PVC:

Added to PVC and other plastics, VC improved results in most strain and stress tests, reduced weight, and markedly improved impact resistance.