Discover the diverse industries and applications where MICHELIN ResiCare’s advanced resin technologies offer strategic advantages and align with eco-design. We focus on specialty markets where our value is proven, ensuring product-market fit and customer-market fit are validated for every application. Wherever reliability, safety, and environmental responsibility are essential, our products deliver proven performance and lasting value.
MICHELIN ResiCare supports industrial players across all markets who are facing increasing regulatory, safety, and sustainability constraints. It does so by offering resin solutions designed to replace toxic and fossil-based chemistries without compromising technical performance or process compatibility.
Aeronautics
Prepregs for high-performance composites in aircraft and marine structures and interiors, delivering lightweight strength, durability, and compliance with stringent safety standards. Our solutions help aeronautics manufacturers meet fire, smoke, and toxicity requirements, all while improving weight efficiency and ensuring the long-term reliability of materials.
Transportation - Aero, Train, Auto
Dipped fabrics and brake pads for enhanced durability and safety in aircraft, trains, and vehicles. These applications benefit from non-toxic resin technologies that maintain mechanical performance, reduce operator exposure, and support regulatory compliance across mobility sectors.
Building & Construction
Resins for plywood, MDF (medium-density fiberboard), and insulation, supporting stronger and more sustainable building materials. MICHELIN ResiCare solutions allow manufacturers to meet evolving building standards, improve indoor air quality, and reduce emissions without altering their existing industrial processes.
Space & Defense
Ablative protection and carbon/carbon (C/C) composites for extreme environments in space exploration and defense applications. Our resins are engineered to be thermally stable and structurally sound under extreme conditions, where safety margins and material reliability are critical.