look what we did!Innovations From Polyurethane Manufacturers

3D Printed Polyurethane Baseball Gloves Make Their Big-League Debut

3D printing with polyurethane is showing up in one of the most unlikely of places — baseball gloves. Baseball gloves have primarily been made using leather since about the 1920s, when they first became prominent. However, leather tends to degrade over time. Particularly, the areas of the thumb and pinky portion of the gloves are prone to degradation, leaving the wearer susceptible to injury. To enhance performance and lengthen the lifecycle of the glove, manufacturers are taking a different approach when it comes to bringing them to life.

Building a Better Baseball Glove

Rawlings...

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Polyurethane Takes to the Gridiron

With fall in full swing, football season is here. As your favorite teams take to the field this autumn, you may be surprised at all the places you’ll find polyurethane on the gridiron — helping to improve gameplay.

Polyurethane Helmet Caps

It may be a strange sight to see, but many teams are employing polyurethane fiber caps on top of regular football helmets to add a layer of padding to the outside surfaces. A helmet coated in soft polyurethane may help dissipate force across the entire region of the helmet rather than concentrating it in a single area. 

A well-known...

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Polyurethane Makes Cornhole Gameplay Possible

You likely know that cornhole is a favorite pastime at backyard barbecues and tailgates. But, you might be surprised to learn that polyurethane has had a helping hand in giving rise to the game’s popularity.  It’s true. Whether picking up a cornhole set at your local sporting goods store or constructing your bean bags and boards at home, polyurethane is likely a part of your new game set.

Polyurethane Cornhole Boards

Frequent readers of this blog are familiar with the use of polyurethane in the design of surfboards. A set of strong, lightweight cornhole boards, great for transporting, can be...

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Scientists Develop Sweat-Powered Polyurethane Battery

You’ve heard of renewable energy sources like the wind and the sun, but what about a stretchy battery powered by human sweat? It’s happening, and polyurethane helps make it all possible.

Who developed it?

Recently, a team of scientists at Nanyang Technological University, Singapore (NTU Singapore), developed the technology, which could have applications in the future for athletes interested in powering smart devices to measure performance. The new battery technology has the potential to limit bulky battery packs necessary to power electronic devices.

How does it work?

The wearable battery is powered by silver flakes that are contained in ink along...

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Polyurethane Helps Athletes Achieve Dreams of Summer Sporting Success

This summer, we will come together in celebration and competition to crown top athletes from around the world. As these athletes compete in Japan, polyurethane will be there, helping to make some of your favorite sports happen. Here’s a roundup of ways polyurethane contributes to making the world’s best athletes achieve their dreams of sporting success.

Track Surface

Track surfaces, in years past, came in many forms — gravel, dirt and even asphalt. Today, most track surfaces used by serious athletes are made of rubber crumbs held together with a polyurethane binding agent. While providing relative springiness for a faster...

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TPU Hydration Packs Help Hikers Stay Hydrated This Season

This season, as the air gets warmer, you may find yourself reaching for a hike-friendly hydration pack made from thermoplastic polyurethane (TPU). As temperatures start to rise, these containers offer a hassle-free way for parched hikers to stay hydrated as they slide into a custom-made backpack.

The Merits of a TPU Hydration Pack

TPU is a lightweight, stretchy and durable material favored by many hikers. It stands up to the rigors of life on the trail. Yet, a hydration pack made out of TPU softly conforms to the contours of the wearer’s back, providing a seamless custom fit.

Great for...

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Introducing the World’s First Thermoplastic Polyurethane Made from Consumer Plastic Waste

Creativity is a hallmark of the plastics industry. As consumers become increasingly aware of the possibilities of making familiar products better, more durable and sustainable, innovators are hard at work extending the useful life of materials.

Today, Novoloop, a California-based company, is helping bring us one step closer to closing the loop on the “circular economy” with the creation of thermoplastic polyurethane (TPU) made from plastic waste. The circular economy is a concept that drives the creation of new materials from old materials—sometimes more than once.

Making TPU from Old Plastic Packaging

Novoloop takes old plastic packaging, like grocery bags,...

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Recyclable Polyurethane Sportswear Helps Close the Loop on the Circular Economy

From ski poles to ski jackets and pants and even to the skis and snow boards themselves, frequent readers of this blog know that polyurethane plays a big role in helping athletes maneuver slopes during winter months. With consumer demand growing for products that help close the loop on the circular economy, companies that make goods using polyurethane are now creating new products from the polyurethane found in old sportswear.

Creating Recycled TPU Filament for 3D Printing

One company tackling the problem of what to do with old ski boots is CREAMELT®, a Switzerland-based developer and 3D printing filament manufacturer. The company...

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Polyurethane Track Systems Help Athletes Go for the Gold

From the performance clothing athletes wear to the equipment they use, like the coating on a discus or a javelin, polyurethane is a fixture in the sport of track and field. But, did you know that in some cases, a running track itself is made possible by polyurethane? At the high school, college and professional levels, more track and field facilities are installing track systems that utilize polyurethane as a critical component in their design. The track system itself is comprised of rubber crumbs in which polyurethane is used as the binding agent that keeps it all together.

A Hospitable...

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