NORTH THIN PLY TECHNOLOGY SARL

Their core work

NTPT is a Swiss SME specializing in thin-ply composite materials — ultra-thin layers of carbon fiber and other reinforcements used to build lighter, stronger structures. They supply advanced composite solutions for aerospace, automotive, space, and wind energy applications, focusing on material performance under extreme conditions including high temperatures and fire resistance. Their work spans from sandwich panel construction for space mirrors to structural health monitoring of composite components in transport.

What they specialise in

How they've shifted over time

NTPT's early H2020 work (2016) centered on precision sandwich structures for space optics — bonding carbon fiber to Zerodur for lightweight mirrors, a niche but demanding application. By 2018, they broadened significantly into multi-sector composite applications: hybrid fibers for automotive and wind energy (HyFiSyn), and fire-resistant composites with integrated monitoring for transport (SuCoHS). The shift shows a company moving from specialized space-grade materials toward broader industrial applications with added intelligence (monitoring, maintenance scheduling).

NTPT is expanding from niche space composites toward mainstream transport and energy applications, adding smart monitoring capabilities to their materials expertise — positioning for Industry 4.0 composite lifecycle management.

How they like to work

NTPT operates exclusively as a participant, never leading consortia — consistent with an SME contributing specialized materials expertise rather than managing large research programs. With 29 unique partners across 12 countries from just 3 projects, they join large, diverse consortia where their thin-ply technology fills a specific materials gap. This makes them a reliable specialist partner: easy to integrate, focused on their contribution, and experienced in multi-national collaboration.

Despite only 3 projects, NTPT has built a broad network of 29 partners across 12 countries, indicating they join large consortia with wide European reach. Their Swiss base and cross-sector project portfolio connect them to both academic and industrial partners across the continent.

What sets them apart

NTPT brings proprietary thin-ply composite technology — a specific manufacturing technique that produces thinner, more uniform carbon fiber layers than conventional methods. This gives them a material advantage in weight-critical applications from space mirrors to aircraft structures. As a Swiss SME with proven cross-sector versatility (space, transport, energy), they offer a rare combination: deep materials science expertise packaged in a commercially agile company ready to supply real products, not just research.

Highlights from their portfolio

• SuCoHS
  Largest funding (EUR 338,000) and most ambitious scope — combining fire resistance, structural monitoring, and maintenance scheduling for transport composites.
• HyFiSyn
  MSCA training network connecting composite research across aerospace, automotive, and wind energy — signals NTPT's role in training the next generation of composites engineers.
• SMS
  Highly specialized space application — lightweight mirrors using thin-ply carbon fiber bonded to Zerodur, demonstrating precision manufacturing capability.