About us
Nanocomposite research has produced extraordinary results in labs for decades. Getting those results into a moldable compound, a coatable dispersion, or a qualifiable sample lot — with the properties a customer actually needs — is a different discipline. That's the problem Elect Nano is built to solve.
Mission
The company combines nanomaterial chemistry, dispersion, compounding, and application engineering so customers can evaluate materials in the format they actually need.
Defense, space, semiconductor, and RF programs routinely hit material limits that legacy filled polymers can't resolve. The tradeoffs are real: shielding performance versus surface quality, ESD control versus processability, optical blackness versus adhesion. Elect Nano's platform is built around those specific tradeoffs — not around a filler type.
Every customer engagement starts with the actual problem: the target property range, the host matrix, the part geometry, the test method, and the qualification path. From there the team works to a practical sample plan — not a catalog lookup.
Capabilities
Elect Nano uses discrete, functionalized, uniformly dispersed carbon nanotubes and complementary nanofillers to build material systems around the performance your design requires—not around a single filler or off-the-shelf formulation.
ESD control and conductive pathways; EMI shielding; RF, microwave, and mmWave absorption; optical blackness; and dielectric, thermal, mechanical, adhesion, and toughness tuning.
Injection-molding compounds, coatings, adhesives, inks, elastomers, encapsulants, and dispersions prepared for the way your team needs to process and evaluate them.
Formulations developed around the host matrix, part geometry, surface quality, processing window, operating environment, test method, and qualification path.
From sample to scale
You bring the mission, application, and acceptance criteria. Elect Nano brings the nanomaterial chemistry, dispersion, compounding, and application engineering needed to create a clear path from performance gap to production-ready material.
01
Define target ranges, critical constraints, failure modes, processing requirements, and test methods.
02
Tune functionalization, filler architecture, dispersion, loading, and interfaces around the tradeoffs that matter to the application.
03
Deliver material in the format and quantity needed for relevant processing, part-level testing, and data-led iteration.
04
Advance repeatability, process control, documentation, safety considerations, and scale-up readiness.
Material sample review
Whether the program is in semiconductor, defense, space, RF, or advanced electronics, Elect Nano helps your team define and build the right material path.