SUPER-teknopolymeeriset kierreosat

Engineering beyond metal: the advantages of SUPER-technopolymer

For more than eight decades, Elesa has been developing and manufacturing standard components for machinery, industrial equipment and automation systems. Throughout its history, the company has combined engineering expertise, design excellence and continuous research into materials to deliver reliable and innovative solutions to the global market.

As industrial technologies have evolved, so too have the materials used in component design. Today’s manufacturing environment demands solutions that combine durability, efficiency and cost-effectiveness. In this context, advanced polymer materials have become an increasingly important alternative to traditional metals, offering significant advantages across a wide range of applications.

Why choose SUPER-technopolymer?

Drawing on extensive material know-how and advanced laboratory capabilities, Elesa uses high-performance SUPER-technopolymers originally developed for demanding sectors such as automotive, aerospace and electronics.

These advanced materials provide an excellent balance of mechanical strength, low weight, thermal stability, chemical resistance and electrical insulation. The result is a range of components capable of delivering reliable performance even under challenging operating conditions.

From machine tools and automated production lines to packaging and food-processing equipment, SUPER-technopolymer components help designers and manufacturers meet increasingly demanding technical requirements while reducing overall system weight and maintenance needs.

Glass-fibre reinforcement further enhances the mechanical properties of these materials, ensuring high resistance to tensile, compressive and bending stresses. At the same time, their resistance to corrosion and aggressive chemicals makes them suitable for environments where traditional materials may be less effective.

Another key advantage is their lightweight construction, which contributes to improved energy efficiency and easier handling during installation and maintenance. Their naturally low friction coefficient and smooth, non-porous surface help reduce wear and often eliminate the need for lubrication. In electrically sensitive applications, their insulating properties offer an additional functional benefit.

Beyond technical performance, SUPER-technopolymers also provide economic advantages. Simplified manufacturing processes, lower energy consumption and reduced production costs contribute to a highly competitive solution for modern industrial applications.

Expanding possibilities for threaded components

The use of SUPER-technopolymer has also opened new opportunities for threaded elements and adjustment devices. Elesa now applies this material to a broad range of products, including threaded studs and stems, knurled knobs, levelling feet, positioning elements and cam levers.

This versatility allows designers to benefit from the unique characteristics of advanced polymers across numerous applications, without sacrificing strength, reliability or durability.

Innovation supported by testing

Product development at Elesa is driven by close collaboration between the Research & Development department and the company's in-house testing laboratory. Every stage of the process—from simulation and prototype development to final validation—is carefully monitored to ensure the highest quality standards.

Each component is subjected to comprehensive testing, including mechanical, thermal, impact and chemical resistance evaluations, confirming its suitability for demanding industrial environments and long-term performance.