Cut CO₂ Emissions in Vehicle Cabins by Up to 42% with Structural Adhesives

Cut CO₂ Emissions in Vehicle Cabins by Up to 42% with Structural Adhesives

White Paper: Materials

SPONSORED BY:

Discover how MauserCABS, a leading cab manufacturer for agricultural, construction, and industrial vehicles, has boosted efficiency by replacing traditional welding with advanced structural adhesives. The result? Cabins that are lighter, stronger, and far more eco‑friendly.

Case Study: MauserCABS & Henkel Collaboration

MauserCABS set out to trim vehicle weight while preserving cabin integrity. Working closely with Henkel’s materials engineering team, they redesigned the cabin frame, swapping welded joints for high‑strength adhesives. This shift cut the frame’s mass, improved load distribution, and kept the cabin’s safety ratings intact.

Key outcomes include:

• Up to 42% reduction in CO₂ emissions during operation.
• Improved aerodynamic profile from a smoother frame.
• Enhanced thermal insulation, lowering HVAC energy use.

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Overview

The white paper, “OUT HERE EFFICIENCY MATTERS,” showcases Henkel Adhesive Technologies’ commitment to cutting carbon footprints in the automotive sector. Henkel’s cutting‑edge bonding and sealing solutions replace heavy mechanical fasteners, reduce vehicle mass, and boost aerodynamics—critical levers for lower fuel consumption and emissions.

Advanced sealants also tighten thermal management, reducing the energy needed for cabin heating, ventilation, and air conditioning. Together, these innovations enable manufacturers to meet stringent emissions targets while delivering robust, durable cabins.

In short, Henkel’s adhesive technologies are a cornerstone of sustainable mobility, driving lighter, smarter, and cleaner vehicles across the industry.