MaterialsHaifa, IsraelFounded 2013· One of 961 Materials companies tracked by AMPulse
Develops lightweight hybrid metal-polymer components using a proprietary plating process for high-performance applications.
CEO / Founder
Ran Carmeli
Team Size
11-50
Stage
Active
Total Funding
$7.5M
Latest Round
Grant
Key Investors
European Commission (EIC Fund), Drive TLV, Kyto Technology & Life Science, Climate First, Innovation Network for Advanced Materials (INAM), Keihanna Global Acceleration Program, DIVEdigital
Technology & Products
Key Products
Lightweight and environmentally friendly hybrid parts using a metal plating process for 3D printed or injected molded components, for defense, communications, aviation, and space industries.
Technological Advantage
Claimed: Sustainable, lightweight, EMI protection. Verified: EU Horizon 2020 grant, contract with automotive OEM.
Differentiation
Value Proposition
Reduces weight and cost while providing metallic properties like EMI shielding and thermal conductivity through hybrid material technology.
How They Differentiate
Hybrid parts bridging the gap between polymers and metals; 3D printed polymer core with metal plating for complex geometries.
Market & Competition
Target Customers
Tier-1 suppliers and OEMs in Automotive and Aerospace
Industry Verticals
Automotive; Aerospace/Space; Communication Devices; Medical; Industrial; Aviation; Batteries/Transport/Logistics
Competitors
Plastal, Greenfib, Infinium
Growth & Milestones
Growth Metrics
Revenue $5M; Contract awarded with leading automotive OEM replacing large German firm.
Major Milestones
Founded in 2013; Awarded €1.8M EU Horizon 2020 grant; Secured contract with leading automotive OEM; Exhibitor at Sustainable Solutions Match 2025
Polymertal, based in Haifa, Israel, develops hybrid metal-polymer components that replace solid metal parts in weight-sensitive applications. The company's proprietary plating process bonds metal to 3D-printed or injection-molded polymer substrates, producing parts that offer EMI shielding, thermal conductivity, and structural stiffness at a fraction of the weight of all-metal alternatives. This positions Polymertal as a bridge between traditional polymer processing and metallic performance requirements.
The core technology relies on a surface etching method that prepares polymer surfaces for strong metal adhesion, enabling complex geometries from additive manufacturing to be plated with metals such as copper or nickel. The resulting hybrid parts are suited for defense, aviation, space, and communications equipment where electromagnetic interference protection and heat dissipation are critical. Polymertal also emphasizes the sustainability angle: replacing solid metal with plated polymer reduces material usage and part weight, which can lower fuel consumption in aerospace and automotive applications.
Polymertal targets tier-1 suppliers and OEMs in automotive and aerospace. The company has secured a contract with a leading automotive OEM, replacing a larger German supplier, and was awarded a €1.8M EU Horizon 2020 grant. Investors include the European Commission's EIC Fund, Drive TLV, and Kyto Technology & Life Science. The company reports approximately $5M in revenue and employs between 11 and 50 people.
A key open question is how Polymertal's plating process scales to high-volume production and whether it can match the throughput of conventional metal forming or injection molding. Competitors such as Plastal and Greenfib offer alternative lightweight material solutions, but Polymertal's combination of additive manufacturing with metal plating for EMI and thermal performance creates a distinct niche. The company's ability to win contracts against established metal suppliers will determine its trajectory in the hybrid components market.
Competitive Intelligence
Competitors, SWOT analysis, and investment insights