Austin Black Eco

Introducing
Austin Black Eco 

A revolutionary product that combines the formula-enhancing features of Austin Black 325 with eco-friendly recycled materials.

Production of  Austin Black 325
389 kg CO2 emitted per metric ton

VS

Production of Virgin Carbon Black *
2400 kg CO2 emitted per metric ton

VS

Production of Recycled Carbon Black *
480 kg CO2 emitted per metric ton

Source G3C Technologies

Carbon black replacement – Austin Black Eco granules

This exceptional product offers superior performance

Contributes very low CO2 emissions
Drives sustainable development by reducing waste and promoting recycling.
cfi carbon products

Austin Black Eco is a true icon in the industry, setting new standards for innovation and environmental responsibility.

Austin Black Eco for sustainable plastic compounding
High-performance pigment alternative – Austin Black Eco
A close-up of a pile of crushed charcoal pieces on a white background
Charcoal dust texture spread on a white surface
Fine black carbon powder texture spread across a surface

Frequently Asked Questions

Austin Black Eco is commonly used in rubber, plastics, coatings, and adhesives as a sustainable replacement for traditional carbon black. It offers excellent dispersion and UV resistance.

Austin Black Eco is derived from naturally occurring carbon sources, requiring less energy to process compared to traditional furnace black. This helps reduce overall emissions and environmental impact.

Yes, due to its strong reinforcing properties and thermal stability, Austin Black Eco is ideal for automotive rubber and plastic parts requiring durability and consistency.

While traditional carbon black is derived from petroleum, Austin Black Eco uses a more sustainable raw material with similar performance, lower density, and improved environmental profile. See our Carbon Black Products page for full comparison.

Absolutely. Its low density allows manufacturers to use less product by weight while maintaining desired properties, potentially reducing material costs over time.