Key Advantages of Elastolit®
- Good inherent stiffness despite relatively low thickness
- Low weight
- Good strength
- High impact strength even at extremely low temperatures

Automotive
Elastolit® is BASF's family of polyurethane systems designed for demanding applications in automotive, transportation, sports, and industry. Combining low weight, high stiffness, impact resistance, and design flexibility, Elastolit® enables durable components and offers an attractive alternative to traditional materials such as wood, metal, thermosets, and engineering thermoplastics.
The Elastolit® portfolio comprises multiple polyurethane system technologies, each developed to address specific application needs. From lightweight structural components to high-impact exterior parts and design-oriented applications, every Elastolit® grade offers a distinct combination of mechanical properties, processing benefits, and design possibilities.
Self-service solutions:
Q: What is Elastolit®?
Elastolit® is BASF's brand of polyurethane systems designed for a wide range of applications. The systems combine low weight, high stiffness, durability, and design flexibility to meet demanding performance requirements.
Q: Which polyurethane system is best for exterior vehicle parts?
Elastolit® polyurethane systems are well suited for exterior components such as front and rear skirts, fenders, claddings, and body panels, where impact resistance, dimensional stability, and design freedom are important.
Q: What types of applications can be made with Elastolit®?
Elastolit® is used in automotive, transportation, sports, and industrial applications, including vehicle body parts, functional housings, equipment components, and other lightweight structural or semi-structural parts.
Q: What are the key benefits of Elastolit® polyurethane systems?
Depending on the formulation, Elastolit® can offer a combination of low weight, high stiffness, impact resistance, corrosion resistance, and manufacturing flexibility.
Q: Can Elastolit® replace traditional materials?
Yes. Elastolit® can serve as an alternative to materials such as wood, metal, thermosets, and engineering thermoplastics in applications where lightweight design, durability, and complex geometries are required.
Q: Why is polyurethane used for exterior vehicle parts?
Polyurethane enables lightweight components with excellent impact performance, good surface quality, and significant design freedom, making it a popular choice for many exterior transportation and automotive applications.
Q: What manufacturing processes are used with Elastolit®?
Elastolit® systems can be processed using polyurethane manufacturing technologies such as reaction injection molding (RIM) and related molding processes, depending on the application requirements.
Q: How does Elastolit® support lightweight design?
By combining high mechanical performance with low material density, Elastolit® helps reduce component weight while maintaining strength and durability.
Q: Can Elastolit® systems be reinforced with fillers to enhance performance properties?
These systems are ideally suited for the incorporation of fillers such as glass fibers, carbon fibers, and natural fibers.
