Johnson Matthey
Develops ceramic binder jetting 3D printing for catalytic support media and metal powders for additive manufacturing, enabling complex geometries and sustainable production.
- CEO / Founder
- Liam Condon
- Team Size
- 10000+
- Stage
- Public
- Total Funding
- Publicly Traded
Technology & Products
Key Products
Catalytic converters, fuel cell components, electrolyser components, battery materials (some IP recently sold), pharmaceutical catalysts, precious metal products.
Technological Advantage
VERIFIED: Patented binder jetting technology achieves high-density ceramic parts for catalytic supports, protected by trade secrets and collaborations (e.g., with voxeljet). DEFENSIBLE due to specialized chemistry and process expertise.
Differentiation
Value Proposition
Reduces lead times for catalytic support structures by 50% and enables lightweight, high-performance designs for industrial applications, supporting decarbonization goals.
How They Differentiate
Focuses on sustainable technologies, world-class R&D, and expertise in chemistry and materials science to solve complex challenges, particularly in catalytic supports and precious metal products.
Market & Competition
Target Customers
Energy, chemicals, and automotive companies requiring advanced catalytic components and metal powders.
Industry Verticals
Energy; Chemicals; Automotive; Aerospace/Defense
Competitors
BASF SE, Umicore
Growth & Milestones
Growth Metrics
Revenue £11.72B in last twelve months (up 0.83% YoY); Clean Air cash target upgraded to at least £4.5 billion by 2030/31.
Major Milestones
Opened ceramic 3D printing lab in Royston, UK (2017); Collaboration with voxeljet for ceramic binder jetting; 200th anniversary in 2017; Appointed Liam Condon as CEO in 2022