Automotive Industry

Improving Comfort and Reducing Noise

Vehicles must counteract vibrations, road noise, and engine sounds without sacrificing performance. Sound insulation must effectively dampen noise from tires, airflow, and mechanical components. Meanwhile, achieving a comfortable ride requires careful tuning of suspension, cushioning, and ergonomic design, balancing quietness with durability under varying driving conditions and surfaces.

New Approach E-Mobility


The rise of electric vehicles (EVs) and hybrids introduces new sealing requirements, as these vehicles have high-voltage batteries, electrical connections, and coolant systems that require sspecific insulation and fluid management. Demand in the automotive market is highly sensitive to factors such as economic conditions, interest rates, fuel prices, and consumer confidence. Economic downturns or geopolitical events can quickly lead to reduced sales, causing excess inventory and un-utilized capacity.

Fast Deliveries, Continuous Cost Reduction Needs

The automotive industry is highly cost-sensitive, pushing for rapid deliveries and continuous cost reductions to maintain competitive pricing. While high-performance seals and components improve reliability, manufacturers are under pressure to minimize expenses. Just-in-time production requires precise logistics and efficient materials, balancing speed and affordability without sacrificing quality, as even minor delays or inefficiencies impact competitiveness and profitability.

Chemical Exposure and Compatibility

Automotive seals face exposure to a broad spectrum of chemicals, including fuels, oils, coolants, transmission fluids, and cleaning agents, each with the potential to degrade or swell certain seal materials. Chemical compatibility is essential, as prolonged contact with these substances can lead to swelling, cracking, or loss of flexibility, compromising seal integrity, performance, and overall vehicle safety in demanding environments.