Electrifi™ EMI Shielding Enclosure
Conductive 3D Printed Alternative to Metallized Plastic Housings
$311.30
Overview
The Electrifi™ EMI Shielding Enclosure is a fully conductive 3D printed housing designed as a functional alternative to metallized plastic enclosures such as the 1594RFI-style RFI-shielded cases.
Fabricated using Electrifi™ high-conductivity copper composite filament, this enclosure provides inherent electrical conductivity throughout the structure — eliminating the need for post-processing steps such as conductive coatings, vapor deposition, or foil lining.
This prototype demonstrates the potential of conductive additive manufacturing for integrated electromagnetic shielding solutions.
This product is offered as an engineering sample under the Electrifi™ Functional Prototype Validation Program.
Key Features
Fully conductive bulk material (no coating required)
Designed for EMI/RFI mitigation
Compatible with standard PCB mounting workflows
Lightweight, additively manufactured structure
Rapid customization capability
Suitable for validation and shielding effectiveness testing
Physical & Fabrication Specifications
Parameter | Specification |
|---|---|
Dimensions | 80 mm × 55 mm × 40 mm |
Weight | 110 g |
Material | |
Manufacturing Process | FFF (Fused Filament Fabrication) |
Nozzle Diameter | 0.6 mm |
Layer Height | 0.3 mm |
Infill | 100% |
The structure is printed fully solid to maximize electrical continuity and mechanical integrity.
Applications
Embedded electronics housing
Sensor enclosures
RF module shielding
Prototype PCB containment
Rapid EMI mitigation testing
Research into conductive polymer shielding
Engineering Sample Notice
Participants are encouraged to evaluate:
Shielding effectiveness (SE) in dB
Surface resistance measurements
Ground continuity
Frequency-dependent attenuation
Leakage points at seams and joints
Submitted validation data may qualify for store credit under the Electrifi™ Functional Prototype Validation Program.
Why Electrifi™ for RF Components?
Traditional EMI enclosures typically rely on:
Metallized plastic housings
Conductive spray coatings
Adhesive copper tape
Internal foil liners
These approaches introduce:
Additional processing steps
Surface-only conductivity
Coating adhesion concerns
Increased manufacturing complexity
Electrifi™ enables:
Bulk conductivity throughout the enclosure
Simplified fabrication
Rapid design iteration
Integrated grounding features
Direct printing of complex geometries
Electrifi™ functional prototypes are sealed with desiccant in moisture-barrier packaging and labeled with full material specifications.
Electrifi™ functional prototypes typically have a lead time of 5–6 business days. Once printing is complete, the parts are promptly processed and shipped via reliable carriers.
Domestic (U.S.) Orders: Typically delivered within 2–3 business days after shipment.
International Orders: Typically delivered within 3–6 business days, depending on destination and customs processing.
Tracking information is provided once your order has shipped.
We accept returns of unopened packages, no questions asked. Customers are responsible for return shipping costs unless the product is defective.