SciTransfer
Organization

MIBA FRICTEC GMBH

Austrian industrial manufacturer delivering EV battery thermal management and mechanical integration expertise to automotive innovation consortia.

Large industrial companytransportATNo active H2020 projectsThin data (2/5)
H2020 projects
2
As coordinator
0
Total EC funding
Unique partners
21
What they do

Their core work

Miba Frictec GmbH is an Austrian industrial manufacturer — part of the Miba Group — specializing in friction materials, sintered metal components, and precision-engineered parts for demanding mechanical applications. In the electric vehicle domain, they contribute real manufacturing capability and component technology to research consortia: specifically, structural and mechanical elements for battery pack assembly and thermal management components such as heat exchangers. They participate as third parties in EU projects, meaning they supply industrial know-how, materials, and parts to research-led consortia rather than leading the research agenda themselves. Their value to a consortium is a direct line from laboratory prototype to industrial-grade, manufacturable components.

Core expertise

What they specialise in

EV battery thermal management (TMS)primary
1 project

i-HeCoBatt (2019–2022) addressed intelligent heating and cooling for EV battery packs, with Miba Frictec contributing heat exchanger and TMS component expertise.

Battery pack mechanical integrationprimary
1 project

iModBatt (2017–2021) targeted industrial modular battery pack design, where Miba Frictec contributed to mechanical integration and manufacturing of high energy-density modules.

Industrial manufacturing and additive printingsecondary
2 projects

Both projects reference manufacturing and additive printed technology as core contributions, reflecting Miba Frictec's sintered/precision manufacturing background.

Sensor-integrated component systemsemerging
1 project

i-HeCoBatt lists sensors among its keywords, suggesting Miba Frictec is moving toward instrumented or smart thermal components beyond passive hardware.

Evolution & trajectory

How they've shifted over time

Early focus
Modular battery pack manufacturing
Recent focus
EV battery thermal management

In their first H2020 project (iModBatt, 2017), Miba Frictec's focus was on the structural and mechanical side of battery packs — modular architecture, energy density optimization, and manufacturability of the pack itself. By 2019, with i-HeCoBatt, their contribution shifted decisively toward thermal management: heat exchangers, active cooling and heating systems, and intelligent control of battery temperature. This is a coherent progression: once the pack structure is solved, thermal management becomes the critical performance bottleneck for EV range and battery life.

Miba Frictec is deepening its specialization in EV battery thermal management systems, making them an increasingly relevant industrial partner as electromobility projects shift from pack design to range and longevity optimization.

Collaboration profile

How they like to work

Role: third_party_expertReach: European6 countries collaborated

Miba Frictec consistently enters projects as a third party rather than a direct participant or coordinator — a role that signals they supply industrial capacity, components, or test infrastructure to consortia rather than driving the research direction. Despite this supporting role, they have engaged with 21 distinct consortium partners across 6 countries in just two projects, suggesting they are well-integrated into active automotive and electromobility research networks. For a prospective partner, this means Miba Frictec brings immediate industrial grounding to a consortium but will not take on administrative or coordination responsibilities.

With 21 unique partners across 6 countries from only two projects, Miba Frictec is well-connected relative to its limited project count — each project placed them inside a large, multi-country Innovation Action consortium. Their network is concentrated in European automotive and electromobility clusters, consistent with their Austrian industrial base and Miba Group's broader European presence.

Why partner with them

What sets them apart

Miba Frictec occupies a rare niche in EU research consortia: they are a genuine industrial manufacturer, not a university or research institute, bringing real production processes and material science depth — specifically sintered metals and friction components — to projects that need a bridge between prototype and production. For consortium builders in EV or transport projects, this means a partner who can validate whether a thermal or structural concept is actually manufacturable at scale. Few Austrian industrial companies at this size engage consistently in H2020 Innovation Actions, making Miba Frictec an unusual and valuable anchor for industry-facing consortia.

Notable projects

Highlights from their portfolio

  • i-HeCoBatt
    Directly addresses one of the most commercially critical challenges in EV adoption — battery thermal management — with Miba Frictec contributing heat exchanger and TMS components alongside sensors and additive printing, reflecting their most technically advanced H2020 contribution.
  • iModBatt
    An early-stage Innovation Action targeting a breakthrough modular battery pack concept for high energy density, where Miba Frictec's mechanical integration role positioned them at the structural core of next-generation EV battery architecture.
Cross-sector capabilities
Advanced manufacturing and additive printing for energy storage componentsThermal management systems applicable to stationary battery storage and industrial coolingPrecision metal components for aerospace and heavy machinery structural applications
Analysis note: Only 2 projects, both as third party with no direct EC funding recorded. Third-party roles provide limited visibility into the actual scope or depth of contribution. The profile is directionally sound but should be enriched with company-level data (Miba Group annual reports, product catalogues) before use in high-stakes matching.