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Automotive

Innovative solutions for optimized cars

Challenges & Solutions

Woman automotive

One of the most critical challenges facing auto manufacturers today is how to reduce the environmental impact of the vehicles they produce. And with autonomous cars on the not-so-distant horizon, ‘connected’ vehicle technology is gathering momentum.

Imerys offers a full range of minerals to serve the automotive industry and help manufacturer’s meet todays’ environmental and technological challenges.

Talc, wollastonite and kaolin help produce leaner, lighter, stiffer plastic bumpers and engine covers as well as lighter tires with reduced rolling resistance. Carbon black and synthetic graphite boost the performance of lithium-ion batteries and advanced lead batteries used for stop and start systems, and carbon black improves conductivity in onboard data systems. Kaolin and talc are key ingredients in honeycomb ceramic cordierites used in gasoline and diesel exhaust systems. Graphite can replace copper in brake pads. High-absorbent diatomite reduces volatile organic compounds in car interiors. Calcium carbonate increases the durability of sealants and improves the ride through noise reduction. Kaolin is valuable in electro-deposition automotive paints and talc improves corrosion resistance.

We have over 100 years’ of combined mineral expertise at our fingertips and many of our experts come from the markets we serve. Harnessing our extensive portfolio of minerals, our Science & Technology  teams match exactly the right mineral to the end requirement then develop the formulation hand-in-hand with our customers.

And with wholly owned, world-class mineral reserves across five continents, we can guarantee the availability of high-quality, ethically produced and sourced mineral products around the globe well into the future.

  • Lighter vehicles
  • Cleaner vehicles
  • Smarter vehicles
Weight reduction is one of the key drivers for decreasing CO2 emissions in cars. This will remain the case in the longer term in order to counterbalance the heavier batteries in electric vehicles and additional new technologies such as sensors and radars. Reinforced polymers will play a significant role in this.
Sonia Achard
Renault–Nissan, Upstream Strategy Leader and Body Plastics Expert

Key Figures

30
minerals in an average car
70%
of a vehicle is expected to be made up of lightweight materials by 2030
5%
reduction in plastic density with HAR® high aspect ratio talcs

The minerals in our cars

1. Talc, wollastonite, treated kaolin and mica reinforce new and recycled plastics.

2. Honeycomb ceramic cordierite parts (containing kaolin and talc) are used in catalytic converters and particle filters and diatomite in gearboxes.

3. Mica is used in metallic paints, sound dampening and in cooling fans and intake manifolds.

4. Kaolin and talc strengthen tires and improve impermeability.

5. Graphite and carbon black are used in lithium-ion batteries for their exceptional conductivity.

6. Diatomite, graphite and zirconia are used in disk brake pads.

7. Carbon black optimizes plastic or rubber parts such as windshield wipers.

8. Carbonates are used in sealants for underbody coating and seam sealing to protect against the elements.

9. Kaolin improves the durability of rubbers used in weatherstrip around the windshield and doors

Get more information and advice from our team of experts.

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