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Scaling lower-carbon materials at the Eaton Schrems plant

Werksfoto 2020

Location: Schrems, Austria

Challenge: Eaton sought to advance the sustainability of its high-volume products by reducing material-related emissions without affecting product performance or operations.

Solution: The Schrems plant switched to a verified reduced-product-carbon-footprint (rPCF) nylon resin that served as a drop-in replacement requiring no redesigns or production changes.

Result: The transition is expected to cut annual carbon emissions by approximately 1,600 metric tons while enabling lower-carbon products with no production disruption.

From a product perspective, this was a critical step. We were able to reduce the material carbon footprint of one of our highest‑volume product platforms without compromising performance, safety, or qualification requirements. That gives our customers a lower‑carbon option they can adopt immediately…and it gives us a scalable path to expand this approach across the portfolio.

Riccardo Di Federico, product line manager, Eaton
Reducing value-chain emissions remains one of the most significant challenges facing manufacturers today. At Eaton's Schrems plant in Austria, the team saw an opportunity to tackle this challenge head-on. By rethinking one of the most widely used materials in its miniature circuit breakers (MCBs), Schrems is demonstrating that lowering carbon emissions doesn't have to mean compromising performance, disrupting production, or limiting business growth. Instead, it is demonstrating that sustainability can be a driver of innovation, competitiveness, and long-term value creation

Eaton’s manufacturing operations, particularly high‑volume products like miniature circuit breakers (MCBs), rely heavily on engineered plastics whose production traditionally carries a significant carbon footprint. As global customers increased expectations for lower‑carbon and clear sustainability disclosures, Eaton needed a solution that would:

  • Reduce cradle‑to‑gate emissions associated with its most commonly used resins
  • Meet strict performance and regulatory requirements for safety‑critical electrical components
  • Avoid costly redesigns, requalification or operational disruption.
  • Strengthen competitiveness in markets where sustainable materials were becoming essential to win business
  • Support growing customer demand for products made with verifiable lower‑carbon materials

Eaton’s progress in material decarbonization has been rooted in the strength of our long‑standing partnerships. Working with suppliers who share our commitment to sustainability has allowed us to pursue solutions that meaningfully reduce the carbon footprint of essential materials. In 2025, these collaborative efforts advanced further through a joint initiative to introduce reduced‑carbon‑footprint (rPCF) plastics into high‑volume product lines. Our strategic partners provided the capability to:

  • Lower upstream emissions by using renewable electricity and reduced‑emission thermal energy in polymerization
  • Adjust upstream processes while keeping the chemical structure identical to Eaton’s incumbent resin
  • Deliver a competitive, drop‑in material requiring no tooling changes, requalification, or redesign
  • Provide verified data demonstrating measurable cradle‑to‑gate carbon dioxide equivalent (CO2e) reductions

As a result, Schrems fully transitioned its highest‑volume nylon resin to an price alternative delivering reduced CO2 footprint to most MCB product series.

From a product perspective, this was a critical step. We were able to reduce the material carbon footprint of one of our highest‑volume product platforms without compromising performance, safety, or qualification requirements. That gives our customers a lower‑carbon option they can adopt immediately…and it gives us a scalable path to expand this approach across the portfolio.” - Riccardo Di Federico, product line manager, Eaton.

Environmental impact: In its first year, Schrems introduced price material into production.

  • At full deployment, Schrems will reduce carbon emissions by approximately 1,600 metric tons of rPCF material annually

Commercial impact: This transition strengthens Eaton’s market position by enabling participation in new and existing segments that expect lower‑carbon products, reinforcing Eaton’s leadership as peers introduce similar sustainable materials.

What’s exciting is that the shift to lower carbon materials isn’t just good for the planet… it’s good for the business. This move has real potential to drive meaningful sales growth, proving that responsible material choices can deliver measurable commercial results.” - Mustafa Huseyin, director of procurement, Eaton

Operational impact: Because the price resin is a true drop-in replacement, Schrems achieved the transition with zero production disruption, no redesigns, and no process changes. 

These efforts signal that Schrems is only the beginning. As Eaton expands toward incorporating price materials annually and additional sites, including the new Dubai facility, prepare for similar transitions. The growing network of lower‑carbon manufacturing sites positions Eaton to deliver consistent environmental benefits, meet rising customer expectations, and accelerate sustainability impact across our entire footprint. 

Why it matters

Eaton has already reduced greenhouse gas (GHG) emissions from its operations by 40% for Scope 1 and 2. Integrating lower‑carbon materials into high‑volume products only strengthens this momentum.

The Schrems plant demonstrates what happens when sustainability and business strategy move forward together. By selecting materials that deliver equivalent performance with verified emissions reductions, Eaton is building a more resource efficient, competitive, and resilient manufacturing system. One that benefits our customers, our business, and the planet. Serving as a powerful example of how we make what matters work.

Austria von ludwig pullirsch photography-349