EV Battery and Automotive Facility Coatings
SUSTAINABLE SOLUTIONS FOR YOUR FACILITY
The EV Battery and Automotive industries are rapidly changing, driven by a vision of a sustainable future.
At Sherwin-Williams we support that same vision with industry leading technologies that help protect assets, extended lifecycles and reduce rework with our sustainable solutions.
Our industry experts understand the complexities and demands of your facility and can help guide you through the decision making process.
From fire protection, to floors, walls and roofs, Sherwin-Williams offers a wide range of products, solutions and services to fit your EV Battery and Automotive coatings needs.
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EV Battery Construction and Intumescent Coatings
With the construction of EV battery facilities throughout North America, owners and constructors are tasked with building them faster than ever. Traditional field-applied fire protection installation can cause delays and added project costs compared to shop-applied intumescent fire protection coatings. Sherwin-Williams Firetex™ shop-applied coatings can help reduce site congestion, accelerate construction schedules, while improving both safety and quality. Therefore, resulting in reduction of job site insurance costs, field-applied coating disruptions and waste.
Schedules on EV battery projects can be easily disrupted by trade and product delays, causing a domino effect on project timelines and total costs. Find out how Sherwin-Williams is "Simplifying Project Sequencing for Safer, Faster Electric Vehicle Battery Plant Construction" starting at the conception of the project.Click to read white paper
ESD floors are necessary in an array of environments to protect sensitive equipment and employees. They're especially important for the plethora of battery facilities popping up throughout North America.Click to read full article
Epoxy intumescent fire-resistive materials (IFRMs) deliver better fireproofing outcomes when building electric vehicle battery plants compared to alternatives.Click to read full article