Product

EMI Shielding Assembly

EMI shielding assemblies combine conductive foam parts, conductive fabric or fabric-over-foam constructions, copper and aluminum foil shields, adhesive-backed layers, and insulation or protective layers into application-specific components. Parts can be supplied in sheets, sets, kits, liner-backed formats, or assembly-ready configurations according to enclosure geometry, contact location, bonding surface, handling, and installation requirements. Each project is configured around the required component shape, layer construction, presentation format, assembly position, and OEM equipment interface.

Custom conductive foam, fabric, and foil components configured for enclosure interfaces, contact areas, and OEM equipment integration.

Conductive foam parts, conductive fabric, and fabric-over-foam constructions

Copper and aluminum foil shields with adhesive, insulation, or protective layers

Sheets, sets, kits, liner-backed, or assembly-ready formats

Component Visual
EMI Shielding Assembly

Target Industries

This component category supports OEM manufacturing programs across the following industries.

Typical Applications

Representative application scenarios for this component category in OEM assemblies.

APP_01

Conductive foam gaskets

APPLICATION REFERENCE

APP_02

Fabric-over-foam shielding parts

APPLICATION REFERENCE

APP_03

Grounding pads

APPLICATION REFERENCE

APP_04

Enclosure shielding strips

APPLICATION REFERENCE

APP_05

PCB contact interface components

APPLICATION REFERENCE

Related Manufacturing Capabilities

This product is supported by the following Labelsun manufacturing capabilities.

Material Converting & Specifications

Conductive foam, conductive fabric, fabric-over-foam constructions, copper and aluminum foil, adhesive-backed layers, insulation or protective films, and release liners are reviewed as a component stack according to geometry, contact location, handling, and assembly conditions.

Discuss Your EMI Shielding Assembly Requirements

Share your drawings, specifications, or assembly requirements for an engineering evaluation. We review material selection, converting feasibility, DFM considerations, and manufacturing strategy for your program - from prototype validation through volume production.