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Smart Materials
Harvard engineers develop super-resistant natural rubber for enhanced durability
Materials scientists at the Harvard John A. Paulson School of Engineering and Applied Sciences (SEAS) have developed a method for creating natural rubber that significantly increases its resistance to cracking even after numerous cycles of use while maintaining its essential qualities of stretchiness and durability, according to a study published in Nature Sustainability.
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Smart materials at the heart of AI transformation
Covestro’s latest high-performance material innovations are enabling AI, smart home, and energy products to evolve faster, lighter, and smarter—without compromising sustainability.
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New self-healing polymer possesses a quality never before seen at any scale
What if there were a fabric that, like Superman, could take a bullet and self-heal? Such a super-dynamic, action-powered polymer might actually help protect real-life flyers in space.
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KUNSUN Polymer Showcases Breakthrough Innovations Aliphatic TPU which tailored for advanced foaming technologies at CHINAPLAS 2025
KUNSUN Polymer Material (Fujian) Co., Ltd., a leading innovator in thermoplastic polyurethane (TPU) solutions, made a significant impact at CHINAPLAS 2025 (Booth 17M61), Asia’s premier plastics and rubber trade fair. The company highlighted its cutting-edge KOSLEN® TPU portfolio, with a special focus on its newly developed aliphatic TPU series tailored for advanced foaming technologies, drawing...
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The Hidden Secrets of Carbon Fiber Reinforced Nylon: A Game-Changer in Modern Manufacturing
In the world of advanced materials, carbon fiber reinforced nylon (CFR nylon) stands out as a powerhouse, combining strength, lightweight properties, and versatility. But what makes this composite material so special? Why are industries from aerospace to automotive racing to adopt it? Let’s uncover the secrets behind Carbon fiber reinforced nylon and why it’s revolutionizing...
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New study reveals polymers with flawed fillers boost heat transfer in plastics
The UMass Amherst-led team challenges the conventional wisdom that perfect fillers are better for making thermally conductive polymers.
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