I helped make this campaign banner with rainbow color background
I HELPED MAKE THIS

Miguel helped make this soccer ball

Miguel Ángel Vera, an application development scientist at our Santa Clara, Mexico site, works with polyurethane dispersions used in the outer shell of professional soccer balls.

Behind every perfectly struck free kick, there's chemistry. Impranil® CQ DLU – part of our line of aqueous polyurethane dispersions – forms the two compact layers that make up a soccer ball's outer shell. Those layers are responsible for so much of a soccer ball’s performance: how it flies, how it feels underfoot and how it holds up through 90 minutes of relentless play in any weather.

Learn more about Miguel Ángel Vera' contribution in this video:

We need your consent to load YouTube here!

Every ball reflects the precision and passion that Miguel and his team bring to their work. Impranil® CQ DLU delivers water resistance, superior handling and predictable flight characteristics. This consistency matters when a game is on the line.

And because it's a water-based dispersion with ~34% bio-based carbon content, it's built for performance and a lower environmental footprint.

Meet the Maker: Miguel Ángel Vera | Santa Clara, Mexico | 5 years at Covestro

For Miguel, the most rewarding moments at Covestro happen when science meets the real world. He once welcomed a television crew from his alma mater, the National Polytechnic Institute (IPN), to film an educational program about polymers, bringing coating and adhesive applications into the national spotlight. He's also led many customer training sessions, finding this collaboration incredibly rewarding.

"There is nothing quite like helping customers find the right solution for their specific needs," Miguel says.

Meet the people behind the products:

  • Jessica Gresko
    I HELPED MAKE THIS

    Jessica helped make this smart smoke detector

    Jessica Gresko works in our Engineering Plastics labs in Pittsburgh, Pennsylvania to help make products like smart smoke and carbon monoxide detectors for your home.

  • Britany González Cerezo
    I HELPED MAKE THIS

    Britany helped make this refrigerator

    At our Santa Clara, Mexico ATPU Lab, Britany González Cerezo works with polyurethane rigid foam to create the insulation that keeps refrigerators energy-efficient and your groceries cool and fresh.

  • Donald Medlow
    I HELPED MAKE THIS

    Donald helped make this automotive lens

    Donald Medlow, a 28-year employee from Baytown, Texas, works with polycarbonate resin that can be found in automotive headlights.

  • Kirsten Lawson
    I HELPED MAKE THIS

    Kirsten helped make eyeglasses

    Kirsten Lawson, a 26+ year employee from Newark, Ohio, works with polycarbonate materials that are used in eyeglass lenses and frames.

  • Paul Thompson
    I HELPED MAKE THIS

    I Helped Make This: Identification Card

    At our Deerfield, Massachusetts, site, Paul Thompson works with specialty film materials that help make durable, tamper-resistant identification cards.

  • Isaac Platte
    I HELPED MAKE THIS

    I Helped Make This: Apollo Wearable

    Isaac Platte works as a Senior Application Development Engineer in our Engineering Plastics group. He creates materials that power the next generation of wellness devices – including wearables that can help track your health.

  • Amanda Glaze standing on a grassy hill with a round ball archery target at her feet.
    I HELPED MAKE THIS

    I Helped Make This: Archery Target

    Amanda Glaze, a R&D Scientist in Pittsburgh, Pennsylvania, works with polyurethane systems used to create durable, self-healing archery targets.

Get in touch with us!

Contact

What is the topic you are contacting us about today?

How would you describe yourself?

What type of material are you interested in?

What type of industry are you interested in?

What type of inquiry is this?

How can we contact you?

What is the subject of your request?

Your message to us:

* Mandatory Fields

Information on data processing can be found in our privacy statement.

Compare