Swedish SME making electrochromic smart glass for energy-efficient building facades, expanding into advanced nano-surface manufacturing.
Chromogenics AB is a Swedish technology SME specializing in electrochromic and thermochromic smart glass — glazing products that change tint or transparency in response to electrical signals or temperature, reducing solar heat gain and glare in buildings. Their commercial focus is on energy-saving window solutions for large architectural glass facades, where switchable glazing replaces mechanical blinds and cuts HVAC loads. Beyond their core glass products, they have expanded into advanced surface nano-technologies, contributing industrial manufacturing know-how for scaling nano-enabled coatings and membranes from lab to continuous production. In EU projects they serve as an industrial partner bringing real product development and commercialization capability rather than pure research.
Switch2save (2019-2023) focused specifically on lightweight switchable electrochromic and thermochromic solutions for energy-saving windows and glass facades, directly matching Chromogenics' commercial product line.
Switch2save targeted energy smart insulating glass units for large-scale architectural glazing, positioning Chromogenics at the intersection of construction materials and building energy performance.
NewSkin (2020-2024) brought Chromogenics into a broader nano-surface ecosystem focused on manufacturing processes, durability, low friction, and surface protection at industrial scale.
NewSkin explicitly addressed continuous and mass production processes for nano-enabled surfaces and membranes, suggesting Chromogenics contributes manufacturing upscaling expertise to research consortia.
Chromogenics entered H2020 with a tightly defined focus on their core commercial product: switchable smart glass for building facades, covering electrochromic and thermochromic cells and energy smart insulating glass units. Their second project marked a deliberate expansion into the broader world of advanced surface nano-technologies — nano-enabled membranes, surface protection, low friction, and permeability — which are adjacent to but distinct from electrochromic glass. The trend suggests the company is generalizing from "smart glass coatings" toward a wider surface engineering identity, likely to access more diverse markets and funding streams beyond architectural glazing.
Chromogenics is broadening from a single-product smart glass company into a surface technology platform player, which could make them a versatile partner for consortia in advanced materials, photonics, or industrial coatings beyond the building sector.
Chromogenics participates exclusively as a consortium partner — they have never led an H2020 project — which is typical for technology SMEs that bring a specific commercial product or manufacturing capability to larger research programs. Despite their small size and only two projects, they have accumulated 47 unique partners across 15 countries, indicating they joined sizeable, well-networked consortia rather than small bilateral collaborations. This suggests they are valued as an industrial end-user or technology provider within large Innovation Action projects, where their role is to validate or demonstrate technologies at or near market readiness.
Chromogenics has built a surprisingly wide network for an SME with only two projects — 47 unique partners across 15 countries, reflecting participation in large pan-European consortia typical of Innovation Actions. Their geographic reach spans much of Europe, though no specific country concentration can be established from available data.
Chromogenics is one of very few commercial electrochromic glass manufacturers active in EU research projects, meaning they bring a market-ready product perspective that pure research organizations cannot. Their combination of proprietary switchable glazing technology and emerging nano-surface manufacturing knowledge is unusual — most partners in these consortia are either material scientists or construction companies, not commercial glass technology developers. For a consortium building a project around smart buildings, energy facades, or functional coatings, Chromogenics offers a direct path from research output to a real product and real market.
