Nagase & Co., Ltd.

Heading to INDEX™ 2026 in Geneva? Stop by our Stand# 1024 to experience the next generation of sustainable hygiene materials. NAGASE is proud to showcase Biomass SAP—a plant-based, high-performance superabsorbent polymer designed to support more sustainable feminine hygiene products. See it in action and connect with our team to explore how this technology can integrate into your production. 📍 Stand# 1024 at INDEX™ 2026 | 19 - 22 May 2026 | Geneva Schedule a meeting with our team to discover how Biomass SAP can support your next innovation.

In the vacuum of space, a 90-minute orbital window can swing temperatures by over 300°C. Your solar power systems need a substrate that stays dimensionally stable through every single cycle. Meet Xenomax®: The ultra-thin, high-performance film engineered on Earth for the extremes of space. ✅ Withstands up to 450°C without deformation ✅ Lightweight & flexible (15 µm) ✅ Proven thermal stability for next-gen satellites Don't let thermal expansion compromise your mission. 👉View Product Details: https://lnkd.in/eZv2nYU8

Building a global network requires a power solution that scales. Xenomax® is engineered to support the rapid deployment of next-generation satellite constellations. By combining extreme thinness with mechanical durability, it allows for high-density packing and reliable deployment—essential for launching multiple units per mission. Advance global connectivity with a material designed for the extremes of space and the logistics of scale. Discover the future of orbital power: https://lnkd.in/eRq_DdhY

Conventional films curl and deform under extreme heat. Xenomax® doesn't. As shown in the video, when subjected to sustained temperatures of 450°C, standard substrates fail. Xenomax® maintains absolute dimensional stability—even at just 15 microns thick. Whether you are designing for the rapid thermal cycling of orbit (swings of 300°C) or high-heat terrestrial applications, material integrity is non-negotiable. See the full technical specifications and test data below. Transform your aerospace power systems: 👉Discover Xenomax: https://lnkd.in/ePNuN8Es

How do you maintain dimensional stability in space without the heavy penalty of glass? Xenomax® is the answer. Watch the comparison: Xenomax delivers the rigid thermal stability required for high-performance solar arrays but in a flexible, 15 µm film format. It allows for dramatic mass reduction without compromising performance in orbit. Stop choosing between weight and stability. Choose both. Explore the technical specs: https://lnkd.in/eGgNYvtQ

Every gram counts at liftoff. As demonstrated in the video, Xenomax® isn't just thin (15 µm)—it is actually lighter than a standard sheet of paper (3.0g vs 3.9g). By replacing rigid glass substrates with Xenomax®, you get: 📉 99% weight reduction compared to glass. ✅ Equivalent dimensional stability to glass. 💰 Millions in potential savings per satellite constellation launch. Redefine your mass budget with the film engineered for the future of global connectivity. See the full benefit breakdown: https://lnkd.in/eKUTs9iB