Our Top 5 Stories of 2025
The end of 2025 gives us a chance to look back at our most popular blog posts of the year. These stories highlight key advancements in sealing, wear, lightweighting, and connectivity transforming the semiconductor, aerospace, defense, energy, industrial operations, life sciences, and chemical processing industries. Revisit the moments that resonated most with our readers this year.
How Greene Tweed is engineering the Future of Sustainability
Whether you work in deep oil wells, fly at 40,000 feet, or manufacture semiconductors at nanometer scales, you need materials and solutions that can handle the world's most challenging conditions. That’s where Greene Tweed comes in — from sealing and composite components today to buggy whips back in 1863 — built to outperform when failure is not an option.
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The Future of Energy Transition Starts with Safer Battery Enclosure
Battery energy storage plays a crucial role in the global energy transition. It provides a stable electricity supply from renewable energy sources and supports electrification toward decarbonization across multiple industries. As adoption grows, so do the challenges about safety and reliability.
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Greene Tweed’s Fireproof Hydraulic Seal Solves Extreme Temperature Requirement Challenges in Aerospace Equipment
With the onset of new aircraft programs over the past decade, the demand has increased for actuator designs that meet and exceed more rigorous performance standards while providing unprecedented safety and reliability.
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Unleashing the Potential of Subsea Technology in Offshore Engineering
Subsea technology is revolutionizing the oil and gas industry, offering cutting-edge solutions to some of the most challenging environments on the planet. For marine engineers, understanding and leveraging these technologies is critical to optimizing operations and ensuring safety in extreme conditions.
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Lifting Expectations: Material that Protects Your ESP Systems in the Harshest Environments
With almost 1 million oil producing wells in the United States alone, most require the use of an artificial lift system. There are various methods of artificial lift which are utilized to increase pressure within the reservoir to push oil to the surface. This allows operators to enhance production and extend well life.
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