Explore the Versatility of Thermoplastics in High-Performance Applications
Thermoplastics are increasingly vital across advanced industries due to their strength, chemical resistance, and adaptability under pressure and heat. From engineered components that ensure smooth, silent movement to high-precision seals and connectors operating in demanding environments, these materials deliver unmatched performance where traditional options fall short.
At Atlas Fibre, we specialize in the precision machining and fabrication of advanced plastics like Nylon, Acetal, Ultem, and PEEK—turning cutting-edge materials into mission-critical parts. With a legacy of excellence and innovation, Atlas Fibre is the trusted resource for companies seeking reliable, high-quality thermoplastic components tailored to exacting specifications.
Plastic rollers are cylindrical components designed to rotate within machines, enabling the smooth movement, guiding, or pressing of materials. They are commonly used in conveying, forming, and transport applications where quiet, reliable performance is critical.
View Resource
Plastic bushings, also known as sleeve or plain bearings, are used to reduce friction between moving parts while supporting shafts. They are typically cylindrical or flanged and are valued for their lightweight properties, smooth motion, and resistance to wear and chemicals.
View Resource
Ultem electronic connectors are high-performance components used in critical electronic applications where thermal stability, electrical insulation, and dimensional accuracy are essential. Common applications include sockets, circuit boards, and structural components in high-temperature electronic systems.
View Resource
PEEK seals are high-performance polymer components valued for their outstanding chemical resistance, mechanical strength, and dimensional stability. These qualities make them ideal for use in challenging environments, including high-pressure systems, elevated temperatures, and corrosive conditions.
View ResourceConnect with a member of the Atlas Fibre material team to learn more about thermoplastics and the precision fabrication of these advanced plastics.
Connect with Atlas Fibre