Greene Tweed

What if your maintenance challenges aren’t caused by the equipment itself? A global pharmaceutical manufacturer was experiencing premature seal failures in autoclaves exposed to steam, chilled water, compressed air, and extreme temperature cycling. After upgrading to Chemraz® SD625, maintenance intervals increased from less than one year to more than five years. See how they improved reliability without changing the equipment.

🛠️What if your maintenance challenges aren’t caused by the equipment itself? A global pharmaceutical manufacturer was experiencing premature seal failures in autoclaves exposed to steam, chilled water, compressed air, and extreme temperature cycling. After upgrading to Chemraz® SD625, maintenance intervals increased from less than one year to more than five years. See how they improved reliability without changing the equipment.

Every gram matters in racing, and our partnership with McLaren Racing continues to deliver performance gains, this time with the Arrow McLaren IndyCar Team. Together, our teams redesigned the anti-roll bar lever using Greene Tweed's Xycomp® DLF™ thermoplastic composite material. The result is a 64-gram weight savings per car, contributing to stronger acceleration, improved braking, and more responsive handling. Beyond the material change, this project shows how close engineering collaboration solves complex problems and uncovers marginal gains that can make a difference on race day. As Sebastien Kohler, Greene Tweed Senior Scientist, puts it: "Projects with Arrow McLaren are the perfect proving ground for the Xycomp DLF. In this case, moving from a well-understood aluminum billet to a thermoplastic composite for a complex-shaped suspension component that must endure the extreme stresses of IndyCar racing required deep collaboration and trust." Read the full case study today

Arlon 3000XT®: Built for Extreme Environments Extreme heat, high voltage, unforgiving pressure—your electrical connectors demand more from artificial lift applications. Arlon 3000XT® is engineered to perform where others fail: ✅ Proven at 260°C to 300°C ✅ Reliable insulative performance after 112 days of fluid aging ✅ Net or near net moldable, with no machining required ✅ A more cost-effective alternative to competitor materials ✅custom manufacturing services For 160 years, we've engineered solutions to outperform and outlast in the world's harshest environments. Arlon 3000XT® is no exception.

Critical aircraft systems require proven sealing performance. Watch how Greene Tweed's advanced sealing solutions help support durability and reliability in actuation systems, then download our Commercial Aircraft Solutions brochure to discover a full portfolio of high-performance materials and components engineered for aerospace success.

The fastest engineering teams gain valuable development advantages. Learn how Greene Tweed's rapid prototyping capabilities help deliver production-representative parts sooner, enabling faster design feedback and accelerated program execution.