ENGINEERED PAINT BOOTHS & FINISHING SOLUTIONS
Published

Axalta Partners With Solera for Vehicle Life Cycle Management

Through the Solera Sustainable Estimatics platform, Axalta provides the products, tools and resources to help refinish customers reduce their environmental impact.

Share

Source | Axalta

Axalta is partnering with vehicle life cycle management company Solera to integrate its conventional and fast-cure, low-energy (FCLE) refinish paint systems into Solera’s Sustainable Estimatics platform. This will enable Axalta customers to estimate their CO2 emissions per repair, while considering repair methods (repair versus replace), paint application process and drying conditions.

Reported to be the first coatings manufacturer to partner with Solera, Axalta refinish customers will have access to a live dashboard that provides CO2 estimates to help them make energy-conscious, data-driven decisions. Solera’s Sustainable Estimatics platform is the latest addition to Axalta’s Beleaf offering, which provides high-performing, eco-conscious products, innovative tools and optimal resources to help bodyshops reduce their environmental footprint. This resource highlights Axalta’s commitment to sustainability and the Beleaf initiative.

“This technology aligns with Axalta’s ongoing commitment to sustainability as we set out to become carbon neutral by 2040, and was designed with our customers in mind to help them achieve their sustainability goals,” says Troy Weaver, president of global refinish at Axalta. “By providing a CO2 emission estimate per repair, bodyshops can make data-driven decisions to help lower their carbon footprint while also benefiting their bottom line.”

Sustainable Estimatics for Paint makes it easy to estimate Scope 1, 2, and 3 CO2 emissions, enabling organizations to present credible carbon emission figures backed by an ISO-14064-01-certified company. Customers will also be able to review dashboards to analyze their overall collision repair footprint and benchmark against regional, country specific and industry-wide data. 

Related Content

  • Hexavalent to trivalent chromium — the environmental benefits

    Regulatory pressures to switch from hexavalent chromium to trivalent alternatives are a growing concern for many finishing operations. In this Products Finishing Ask the Expert clinic, Brittany McKinney of Pavco discusses the environmental considerations driving these regulations. 

  • The Future of Hard Chrome: Pioneering Innovations for Sustainable Solutions

    Although useful, chromic acid and other compounds that contain hexavalent chromium ions are highly toxic and carcinogenic. However, one company has developed an alternative for the hard chrome process that achieves thick, conformal coatings with wear and fatigue resistance comparable or superior to hexavalent chromium-based systems.

  • Trivalent Chrome Overview

    As the finishing industry begins to move away from the use of hexavalent chromium to trivalent chromium, what factors should finishers consider as they make new investments? Mark Schario, chief technology officer for Columbia Chemical offers a helpful overview of this complicated topic.

ENGINEERED PAINT BOOTHS & FINISHING SOLUTIONS
Precision gear pumps
Your Best Finish Starts With Us!
Heatmax Heaters ad with immersion heaters
The Finishing Industry’s Education and Networking Resource
PF Podcast
find masking products online
PMTS 2025 Register Now!
Industrial Finishing Equipment