Automotive
Cellasto®: NVH Solutions for Automotive Interiors
Bring the experience of quiet luxury to your automotive interior by using Cellasto® to reduce noise, vibration and harshness (NVH). First impressions begin with interior performance. Applying this beautifully engineered microcellular polyurethane elastomer will provide the smooth and quiet function that is key in communicating high quality and excellence in your automobiles.
Choose the superior NVH material for automotive interiors
Economically provide optimal operation and dependable function in your automotive interior elements with Cellasto®. Featuring a unique range of qualities, Cellasto® offers superior vibration isolation and friction damping in your design solutions.
NVH improvement
Damp high-frequency vibrations produced by small electric motors
High volume compressibility
Design smaller and lighter friction elements for use in tight spaces with lower production costs
Lightweight
Reduce weight for the same performance, up to 35% relative to conventional elastomers
Wear-resistant
Ensure continuous lifelong performance with outstanding abrasion resistance
Stable in all conditions
Deliver smooth, even performance unaffected by temperature or humidity fluctuations
Custom solution
Design using a range of material densities and recipes to achieve finely tuned specifications
Global experts
Experience the ease and freedom of co-creating with BASF’s team of global specialists who work with you to meet your precise specifications with fast turnaround times
Automotive interior applications
Lightweight and durable, Cellasto® will deliver high-quality performance for the lifetime of your vehicle with less expense. In all environmental conditions, this customizable material absorbs friction evenly to ensure more efficient movement and dampens vibration more effectively to ensure better NVH performance.
Electric motor isolation
Generate a more luxurious experience by using Cellasto® to create quieter electric motors. Incorporate this performance material in window and mirror controls, power steps and motorized seat adjustments to reduce the transmission of NVH.
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Improve acoustic isolation for both high- and low-frequency vibrations
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Effective in both shaft couplings and motors mounts
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Take advantage of all-in-one solutions
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Design smaller, lighter components that make full use of available space
Armrest, glovebox and console dampers
Pivots and track glides made with Cellasto® provide smoother, more effortless movement. In armrests, gloveboxes and consoles, Cellasto® delivers consistent material behavior and stands up to grit better than conventional elastomers to provide long-lasting performance.
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Improve overall passenger experience and perception of quality with smooth, damped sequences of movement
- Take advantage of easy assembly to add friction dampers in various applications
- Simplify the design of friction elements
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Apply to movement in multiple directions
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Offer lifelong performance for pivot and glide components
Passenger seating
Amplify seating comfort by utilizing the unique compressibility and friction-damping of Cellasto®. Design headrest dampers, seat rail end stops, and seat vibration decouplers with this polyurethane foam to make seat movement more fluid and reduce vibrational transmission to passengers.
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Reduce resistance and eliminate squeaking in headrest adjustment
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Eliminate noise and harshness at seat and travel endpoints
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Improve support and isolation of seating for better NVH
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Replace metal springs in seat tilt control with Cellasto® spring element
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Design for components that require less space.
Infotainment system displays
Cellasto® decoupling mounts provide superior vibration protection for infotainment system displays. As a durable, quiet support system, Cellasto® enhances the utility and appearance of head-up displays and entertainment system interfaces.
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Protect infotainment displays from harmful vibrations and shocks
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Improve readability by eliminating transmission of a wide range of vibrational frequencies and amplitudes
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Achieve maximum energy absorption
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Count on continuous, lifelong component performance