Revolutionary Polymers: Thermoset‑Like Performance with Thermoplastic‑Like Processing

ATSP Innovations in Champaign, Illinois, is pioneering a new class of polymers that combine the robustness of cross‑linked thermosets with the ease of processing found in thermoplastics. The company is actively seeking partners and customers to commercialize these next‑generation wear‑resistant solutions across industrial sectors.

Since its founding in 2010, ATSP has operated out of the University of Illinois at Urbana‑Champaign’s Research Park. Its mission has been to develop, manufacture, and bring to market a family of resins that represent a significant leap forward in polymer technology—melding high‑temperature thermoset performance with thermoplastic manufacturability. These resins deliver exceptional thermal stability, wear resistance, and solid‑state bonding.

ATSP’s materials are designed for applications where traditional polymers such as PEEK, PES, phenolics, and polyimides (PEI) fall short. The company has engineered polymers for structural composites used in launch vehicles and commercial automobiles, low‑dielectric microelectronics circuit boards, rigid structural foams, ablative coatings for re‑entry vehicles, and rapid‑bonding high‑temperature adhesives.

The Nowe polymer, a flagship product, integrates a proprietary ATSP copolyester blend with engineered reinforcements and solid lubricants. This aromatic thermosetting copolyester delivers the dimensional stability and high‑performance characteristics of a thermoset while remaining recyclable like a thermoplastic.

According to ATSP, Nowe is ideal for applications demanding tight dimensional tolerances, long‑term durability, and low friction at elevated temperatures. As a polymeric bearing, it also offers lightweight, corrosion‑resistant performance suitable for harsh environments.

A standout feature of all ATSP resins is their self‑bonding capability, enabled by interchain transesterification reactions. This chemistry allows wear debris to be reincorporated into the bulk, effectively achieving ‘zero‑wear’ and extending component life.

• Outstanding wear properties
• Low coefficient of friction
• High working temperature
• Excellent oxidative stability
• Very low moisture pickup
• Non‑flammable
• Cryogenic‑safe
• Easy machinability—low dust