Enabling Sustainability Across the Vehicle Lifecycle

Henkel achieved a 25% reduction in CO₂ emissions at the supplier level by creating a peroxide-cure anti-flutter catalyst.

Recycled nylon baffles can reduce CO₂ emissions from nylon processing by 94%.

Realize significant CO₂ emissions reductions by selecting greener PVC sealants.

Cut paint shop direct energy demand and CO₂ emissions with Henkel 4Wet PVC sealer technology.

Improve electric vehicle battery serviceability, longevity and recyclability with serviceable gasketing technology.

Henkel's serviceable gasketing material provides a fast, reliable seal while still being easily removed and reapplied during battery repairs - reducing repair costs, improving battery viability and facilitating recyclability.

Cut transportation-linked CO₂ emissions and hazardous waste disposal costs with BERGQUIST® Thermal Gap Filler in reusable drums.

Henkel low-density PVC produces lighter weight vehicles and substantially reduces shipping weights, lowering CO₂ emissions, fuel consumption, and equipment costs and labor.

Reduce vehicle weight, maintain effective crash performance and lower supply chain CO₂ emissions with Henkel's structural inserts, offering excellent performance in a way that helps our customers meet their sustainability objectives.

Henkel’s LOCTITE Thermal Propagation Prevention (TPP) solutions effectively contain thermal runaway to provide ample time for passengers to exit the vehicle in the event of a battery fire, while also contributing to improved sustainability through more efficient process application.

Henkel’s BERGQUIST® battery pack gap filler helps achieve reliable heat management performance in EV battery packs while vastly reducing the volume of worn out tooling parts entering the recycling and waste streams. When installed on the line, it reduced maintenance costs by 90%, lengthened service intervals, and reduced the number of worn parts headed for recycling or disposal.