For you, we combine cutting-edge solutions with established expertise. Bring us your ideas and we turn them into reality together!
You need more than just a product to solve your challenges. You need a variety of high-performance materials, application, engineering, simulation and manufacturing know-how to get the job done. Backed by our global team of industry-leading experts, we want to help you take your product to the next level. That means accelerating innovation, embracing digitalization and focusing on sustainability. We are ready to create the solutions of tomorrow with you!
With us you are in the race to win and move footwear innovation forward. We offer exciting materials for lighter, more durable and high-performance shoes combined with broad design and global market expertise.
Engineering plastics used in electrical applications (E/E) have to show excellent electrical performance, good mechanical properties as well as high dimensional stability under heat. In daily operation, they have to guarantee insulation and therefore secure handling. They have to reduce fire risk in the event of an electrical defect or exposure to external sources of ignition. With a lot of applications, the plastic is used for designing the exterior of components as well. This is why design requirements, e. g. for surface quality, haptics, and colors, are becoming more and more important.
BASF understands the demands of industrial environments. Extreme durability, high reliability and superior performance are the normal expectations from our customers. To meet these requirements, BASF has an unmatched portfolio of engineering plastics, polyurethane systems and thermoplastic polyurethanes (TPU).
Your demands are high whether it belongs to the properties of materials used in your packaging or the process behavior of the applied products or ecological topics. Take a closer look at our solutions and get in discussion with our experts to find out how we can provide you with the best solution.
To be effective in the marketplace powertools must offer outstanding performance, durability and efficiency. BASF materials are well-established solutions in this field and offer outstanding product properties such as high stiffness, excellent impact strength, best flame resistance and very good media resistance.
Orthopaedic insoles made of Elastollan® - more comfortable, sustainable and individual
Elastollan®, BASF's thermoplastic polyurethane (TPU), is used as a filament by the duro3D paver in the production of individual shoe insoles using 3D printing processes. In sole applications, the material is characterized above all by its excellent vibration damping and resilience. Under heavy use, e.g. when used in sports shoes, it is also the abrasion resistance that makes the sole durable and comfortable to wear. Even with fluctuating temperatures, the insert retains its desired properties.
How do we want to create the solutions for tomorrow with you?
Ultramid® Advanced N
The new PPA for challenging applications in all industries
Ultramid® Deep Gloss
The BASF polyamide for high gloss in automotive interiors
revolutionizes tennis rackets
What is your challenge?
Comfort, Health and Safety
Are you looking for an adhesive raw material for medical-technical applications or for a plasticizer for food packaging? We provide the appropriate solution for every need. Select a product from the below selection to find out more.
Composite Technologies such as spray transfer molding, pultrusion or our Ultracom system can be a solution for many challenges. Lightweighting, complex design geometry, recyclability or the use of more sustainable materials are but a few of the reasons to reach out to BASF about your next project.
Plastics offer numerous advantages compared to other materials: With versatile application options they allow for great freedom of design and are also more cost-efficient than alternative materials. With our tools and many years of experience, excess materials and rejects have become a thing of the past.
Climate change is one of the greatest challenges of our time. Therefore it is even more important to conserve the available resources. We support you on your journey to more energy efficiency – from the production to the application.
Here you will find customized material, processing, and design solutions for your needs. We will help you custom-design your products and distinguish yourself from others – with innovative solutions as varied as your customers.
BASF engineering plastics offer decisive advantages over established metal structures in many areas. The range of applications for these intelligent plastic solutions extends far beyond automotive engineering and opens up significant development potential for the solar, construction and water industry.
The world population is on the rise. Cities are becoming larger, space tighter. The requirements for your products undergo changes too. More technology and functionality in ever smaller formats – how is that supposed to work? Our materials and technologies offer right solutions for many issues.
We help you maximize your potential by creating application-oriented industry solutions. We collaborate closely with customers across various target industries, in order to tailor our solutions specifically to individual application needs. As a result, development is driven by local market needs and is coordinated globally.
When it comes to parts for the sanitary and water industries, it is not only technical properties that play a crucial role but it is above all health and safety. Under the name Aqua®, BASF offers a comprehensive range of engineering plastics optimized specifically for components in contact with drinking water and food.
In our Creation Centers we help you to find the right material and design for your next product idea. In an inspiring atmosphere you get materials and design consulting with tangible and digital experience, ideation workshops and advanced development. From inspiration to solution in one place.
Ultrasim® is the versatile and flexible CAE competence for your innovations using BASF plastics. Our calculation of component concepts on a virtual basis starts with appropriate materials and adequate material models, ranging from the virtual prototype and ideal manufacturing process to the finished mass-produced component.