SPECIFIC POLYMERS

Their core work

Specific Polymers is a French SME specializing in custom polymer synthesis and advanced material design for industrial and research applications. They develop tailored polymer chemistries — from bio-based resins and self-healing materials to conductive proteins and smart actuators — serving as the chemical formulation partner in multi-disciplinary R&D consortia. Their core value lies in translating material science concepts into functional polymer products for sectors ranging from automotive composites to medical implants and energy storage.

What they specialise in

How they've shifted over time

Their early H2020 work (2017–2019) centered on sustainable composites — bio-based resins, recyclability, flame retardancy, and fiber-reinforced materials for automotive and construction sectors. From 2020 onward, they diversified sharply into biomedical devices (artificial muscles, conductive proteins), energy storage (lithium battery separators), and smart materials with self-healing properties. The shift shows a company moving from green chemistry for bulk industrial materials toward higher-value, more specialized functional polymers for health and energy applications.

Specific Polymers is pivoting from sustainable industrial materials toward high-value functional polymers for medical devices, batteries, and bioelectronics — expect future projects at the intersection of polymer chemistry and life sciences or energy storage.

How they like to work

Specific Polymers operates exclusively as a specialist contributor — never coordinating, always joining consortia as the polymer chemistry expert. With 62 unique partners across 18 countries in just 7 projects, they work in large, diverse consortia and rarely repeat partners, suggesting they are sought after for their niche expertise rather than building long-term bilateral relationships. This makes them an accessible, low-barrier partner: they bring deep material science capability without competing for project leadership.

With 62 unique consortium partners across 18 countries from only 7 projects, Specific Polymers has an exceptionally broad European network relative to their size. Their collaborations span Western and Southern Europe extensively, reflecting the geographic diversity typical of large RIA consortia.

What sets them apart

Specific Polymers occupies a rare niche: a small custom-synthesis company that can formulate polymers to specification across radically different application domains — from car parts to artificial hearts to battery separators. Unlike university labs that publish but don't scale, or large chemical companies that only work with commodity polymers, they offer bespoke polymer design at the intersection of research and product development. For consortium builders, they are a versatile "polymer toolkit" partner who can adapt their chemistry to nearly any materials challenge.

Highlights from their portfolio

• VIBES
  Their largest funded project (EUR 525K), focused on greener recycling of thermoset composites using vitrimers and Diels-Alder chemistry — representing their strongest commitment in circular materials.
• REPAIR
  A bold crossover into medical devices — developing polymeric artificial muscles for cardiac repair, showing the company's ability to apply polymer expertise far beyond traditional industrial materials.
• HIDDEN
  Addresses a critical battery technology challenge (lithium dendrite growth) with an unconventional polymer-based approach combining self-healing materials, liquid crystals, and machine learning.