Why Using Polyurethane In Cars Is So Important


From as early as 1960, the automotive industry has adopted polyurethanes for many uses. After the invention of polyurethane (PU foam) in 1954, car manufacturers started to integrate rigid PU foam into the panels of many vehicles. In modern times, it’s not only used in panels but also in car seats, bumpers, suspension insulators and many other interior components.

The use of polyurethane foam can improve user experience and performance of a vehicle through:

  • Better fuel economy due to the reduction in weight
  • Comfort
  • Resistance to deterioration and corrosion
  • Heat insulation
  • Sound and energy absorption


The design and manufacture of a car’s seats are extremely important. As previously discussed, style, comfort and safety are huge factors to consider in modern-day transport. Cushioned seats are now manufactured using polyurethane foam. As a material, it provides comfort and support without losing its shape, PU foam can also be produced in varying densities, offering further comfort and design capabilities.  Polyurethane foam will maintain its shape for many years, without bunching or becoming uneven.

Ease of Use

Polyurethane foam makes it easy for manufacturers to mould and carve shapes to fit a design. The ease of producing PU foam cushions and prototypes using Computer-Aided Design (CAD) makes it a popular material for designers and car manufacturers around the world. PU foam also compliments the use of technology in cars, with the ability to integrate wiring for heated seating and even massage systems.

Energy Efficiency

Since its introduction to the transport industry, polyurethane has contributed to reducing our impact on the environment due to its lightweight nature. Less weight in a car means that the car’s performance is increased through reducing fuel consumption.


Seating plays an extremely important role in the safety of a car’s design. In the event of a car crash, the seat needs to absorb impact from the user, whilst also protecting them from the internal framing inside the seat. Polyurethane has a fantastic strength to weight ratio, making it lightweight yet sturdy enough to withstand impacts.

The design of car seating is also incorporated into what is known as passive safety, which (using lateral support), keeps the body and the key points of shoulders, hips and legs in a safe position during a crash.


In today’s automotive market, seating is expected to be well designed, ergonomic and comfortable. Besides obviously providing a surface to carry the driver or passenger; another purpose of a car seat is to offer protection by supporting the user’s body while stationary for extended periods of time. Frequently travelling long distances will take a toll on a person if their posture is poor throughout the journey. The design of conventional seating incorporates various suspension elements into the base of a seat, such as springs and PU foam.

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Post time: Oct-27-2022