The transportation industry is always changing. While much of the recent buzz focuses on electrification, there are equally notable advancements in materials, particularly those that increase a component’s strength-to-weight ratio to boost a vehicle’s efficiency.
Engineers and manufacturers are increasingly looking for ways to move away from metal. And at MITO® Materials Solutions, we want to be part of the materials revolution. MITO® E-GO™ makes it possible to produce fiber-reinforced composites that resist delamination while maintaining the functionality, durability, and strength and weight specifications that engineers demand.
By integrating MITO Materials into the manufacturing process, vehicles of all kinds—from spacecraft and airplanes to trailers and cargo ships—can be made bigger, cheaper, faster, and more efficiently.
No matter where you’re going or what your mode of transportation, MITO Materials are redefining the distance from Point A to Point B.
For centuries, rail transportation has relied on metal. But modern efficiency and environmental concerns demand something better. MITO Materials offer improved weatherability, thermal management, and electrical insulation, without sacrificing strength.
Whether they’re used for shipping, sports, or recreation, marine vessels endure an exceptional amount of environmental exposure. By helping components resist delamination, MITO Materials offer the opportunity for better weatherability and longevity.
In fleet vehicle manufacturing, durability, efficiency, and safety are key. MITO Materials can add value for manufacturers and fleet owners alike—by cutting weight, enabling easier assembly and ultimately reducing warranty claims.
From poly bags to packing material, packaging is a small but impactful part of the transportation puzzle. Adding MITO Materials to packaging components can improve corrosion and chemical resistance, as well as increasing the functionality of recycled materials.
Drones and other unmanned aerial vehicles go where other vehicles can’t—which means they’re exposed to greater environmental threats. By unlocking multifunctionality without weight, MITO Materials can help designers build drones that are exceptionally efficient and virtually indestructible.