The thermoset composites market continues to grow steadily, and 2025 looks set to deliver even more opportunities. These advanced materials, and parts fabricated from them, are quickly becoming the go-to choice for industries aiming to boost product performance, cut costs, and outperform competitors.
There are of course many reasons to choose these materials—lightweight yet durable construction, resistance to heat and chemicals, strong insulation, corrosion resistance, and flexible design—and they are fueling innovation across the board.
From aerospace and defense to wind energy and automotive, these advanced materials are delivering higher efficiency and better results in critical applications. Explore a few of the applications and sectors experts believe have the greatest potential in 2025.
Aerospace and Aviation: More Performance, Less Weight
Aerospace innovators aren’t just chasing altitude—they’re pushing for new frontiers in efficiency, durability, and mission-readiness. From recreational drones that capture stunning aerial footage to military UAVs executing high-stakes operations, every gram matters. Lighter craft burn less fuel, produce fewer emissions, and maneuver with sharper precision—all while meeting the industry’s stringent safety standards.
This is where thermoset composite components come into play. By replacing heavier metals with lighter, stronger engineered parts, manufacturers can outfit interiors, structural frames, rotor blades, and satellite housings with materials that excel under pressure. These advanced composites enhance range, reduce maintenance downtime, and improve overall flight stability—without sacrificing the integrity that keeps crews and cargo safe. Whether you’re revolutionizing drone technology, optimizing commercial aviation, or pushing the limits of defense capabilities, thermoset composite components are setting a new gold standard for what’s possible in the skies.
Energy: Bigger Investment, Greater Output
Whatever your energy preference (‘drill baby drill‘, or ‘blowin in the wind‘), one thing is certain – there will be major investment in energy production and generation in 2025 and in the foreseeable future. Thermoset composites like Atlas Fibre G-10, for example, are routinely used as downhole tools such as frac plugs, bridge plugs and mandrels in oil drilling.
Should wind energy scale up, the demand for a range of composite-based components will undoubtedly increase as well. That may come in the form of windmill blades and brake pads for these massive machines, or the variety of custom-fabricated bearings and connectors that are required to safely operate the electrical turbines within.
Thermoset composites offer the strength and durability needed to produce components that are more durable, last longer, require less maintenance, leading to a stronger market position and better returns for those involved in energy ventures—in 2025 and well into the future.
Transportation: Lightweight and Efficient
Automakers are caught in a high-stakes race to deliver vehicles that run cleaner, go farther, and outperform the competition across every segment. Whether it’s extending the range of electric cars, improving fuel efficiency in gas and diesel models, or enhancing the overall performance of commercial fleets, the pressure to evolve is relentless.
Thermoset composites give engineers and designers the upper hand: by swapping out heavy metals for lighter, stronger materials, they create vehicles that accelerate faster, handle better, and consume less energy—without sacrificing comfort or style. From cutting-edge EVs to long-haul trucks and next-generation public transit, thermoset composites can help fuel a new era of mobility that’s as easy on the planet as it is on the bottom line. For companies determined to dominate the transportation landscape of tomorrow, embracing thermoset composites isn’t just a tactical choice—it’s a strategic necessity.
Electrical Infrastructure: Built-In, High-Value Safety and Reliability
In a world where outages, short-circuits, and safety breaches can damage a reputation overnight, electrical reliability isn’t just a goal—it’s an absolute demand.
Components and parts machined from thermoset composites rise to this challenge, delivering robust insulation and unwavering stability even in extreme conditions. From high-voltage switchgear to mission-critical circuit breakers, they keep the sparks in check and the confidence high. By consistently meeting and surpassing evolving industry standards, components made from thermoset composites reassure customers that the devices they depend on will keep working, no matter how tough the conditions.
From towering bridges to massive data centers, the world’s electrical infrastructure must endure everything nature and time can throw at it. Thermoset composites are the silent guardians behind these structures, shrugging off corrosion, standing firm under brutal weather, and prolonging the life cycle of essential builds. They’re not just about cutting maintenance costs—they’re about protecting hard-won investments and ensuring that what we construct today still stands strong tomorrow. For engineers and builders with zero tolerance for failure, thermoset composites provide the reliability and staying power that keep critical projects on solid ground.
Custom Components & Cost Savings in a Rapidly Changing Global Market
Today’s business environment is marked by evolving trade policies, tariffs, and regulations. To stay agile and profitable, companies need a consistent supply chain and a material source that can adapt as conditions shift. Thermoset composite laminates, like those from Atlas Fibre, excel here. By shaping these composites to precise specifications, businesses streamline production, minimize waste, and reduce costs—without compromising on quality.
As rules and markets change, thermoset composites also offer a strategic advantage. With Atlas Fibre’s large Midwest U.S. inventory (nearly $20 million in stock), you can source domestically, avoid supply chain delays, and sidestep high tariffs. The result is smoother operations, dependable timelines, and faster delivery of top-quality products.
Looking Ahead
In 2025 and beyond, picking the right materials is about more than meeting specs—it’s about driving growth, innovation, and sustainability. Thermoset composite laminates check all these boxes, making them strategic assets for forward-thinking companies. By working with knowledgeable suppliers and engineers, you can find the perfect solution to enhance products, streamline operations, and strengthen your competitive position.
Ready to Explore the Possibilities?
As the world moves toward more efficient, cost-effective, and sustainable solutions, thermoset composites lead the way. Take the next step—discover how these advanced laminates can help your business innovate, compete, and thrive in a rapidly changing marketplace.