Our Products
Bringing electrical functionality to 3D printing materials.
Conductive Plastic Pellets
High-conductivity polymer composites ready for your additive manufacturing needs.
Same core Electrifi™ technology in pellet form
For pellet extrusion printers
Suitable for compounding and injection molding
Enables scalable manufacturing
Electrifi™ Conductive Filaments
Expert guidance to integrate Electrifi™ materials into your manufacturing process.
Copper-based conductive filament
Conductivity up to 100,000 S/m
Compatible with standard FFF / FDM printers
Enables printed electronics, heaters, EMI shielding, antennas
Custom solutions to help you bridge plastics and metals seamlessly.
Printed heater
EMI enclosure
Antenna
Power trace sample
etc
3D Printed Prototypes
Advancing 3D printed functional electronics through collaborative performance testing.
How It Works
Electrifi™ Functional Prototype Validation Program (EFPVP) enables laboratories and engineering teams to evaluate functional components fabricated using Electrifi™ high-conductivity copper composite filament.
Available prototype categories:
RF & Microwave (horn antennas, waveguides)
Thermal & Power structures
Strain & resistive sensors
Custom CAD-to-print geometries
What It Is
Acquire a prototype or submit CAD
Perform laboratory testing
Submit structured measurement data
Receive store credit
Validation Credit
Basic electrical testing — up to 20%
Functional characterization — up to 30%
Advanced RF validation — up to 50%
Credit applies toward future filament or prototype orders.
Why Participate
Accelerate prototyping
Reduce fabrication cost
Influence next-generation designs
Collaborate with materials innovators
Become a Validation Partner
Help expand the performance database of Electrifi™ functional components.
Technical Information
Electrifi™ Conductive Filament
Diameter: 1.75 mm; 2.85 mm
Conductivity: 10,000 S/m; 1,000 S/m
Electrifi™ Conductive Pellets
Dimension: 4 mm x 5 mm
Conductivity: 10,000 S/m
Electrifi™ Conductive PE Filament
Diameter: 1.75 mm; 2.85 mm
Conductivity: 10,000 S/m; 1,000 S/m
