Copper Foil Tape
Solderable shielding, grounding and circuit-related applications with conductive adhesive options.
CUSTOM INDUSTRIAL TAPE SOLUTION
Custom Conductive & EMI Shielding Tape Manufacturing
Build the solution around shielding path, grounding, contact resistance, flexibility and die-cut geometry, rather than specifying only a tape name or nominal thickness.
Quick answer: KAWIN customizes copper foil, aluminum foil, conductive fabric and conductive adhesive constructions. Material selection and converted presentation are aligned to the real component and production process.
CUSTOMIZABLE PRODUCT FORMS
What we can manufacture in this tape family
These options share one topic, but solve different engineering tasks. Select the closest form, then confirm the construction against your application.
Aluminum Foil Tape
Lightweight shielding and heat-reflective constructions where solderability is not required.
Conductive Fabric Tape
Flexible, conformable shielding for enclosures, cables and display assemblies.
Conductive Transfer Adhesive
Thin conductive bonding between parts without a separate carrier.
Foil-Fabric Laminates
Multi-layer structures balancing conductivity, flexibility and mechanical protection.
Die-Cut EMI Components
Frames, tabs, grounding patches, gasket faces and shielding parts by drawing.
CONFIGURABLE PARAMETERS
Define the construction before defining the price
The quotation becomes meaningful only when the critical construction and delivery variables are known.
Primary decisionshielding path, grounding, contact resistance, flexibility and die-cut geometry
Materialscopper foil, aluminum foil, conductive fabric and conductive adhesive constructions
AdhesiveAcrylic, modified acrylic, silicone, rubber, conductive or specialty system as applicable
DimensionsThickness, width, length, pitch, shape and tolerances by drawing
PresentationRoll, sheet, spool, kit, kiss-cut roll or individual component
Quality recordApproved construction, drawing, packaging and inspection criteria
APPLICATION-LED SELECTION
Common decision situations
Use these scenarios to identify which details should be tested first.
Enclosure seam shielding
Continuity across seams and contact pressure control the useful material and adhesive.
Grounding tabs
Contact area, bend radius and connection method influence copper, aluminum or fabric choice.
Cable wrapping
Flexibility, overlap and abrasion matter alongside shielding performance.
Display and module frames
Thin die-cut geometry and clean placement often dominate handling design.
Selection boundaries
- Conductive backing does not guarantee conductive adhesive.
- Shielding effectiveness depends on the complete enclosure and contact path.
- Confirm galvanic compatibility between metals in the assembly.
RELATED CUSTOM SOLUTIONS
Only the closest engineering neighbors
These links prevent an isolated page without turning the page into a directory of unrelated tapes.
CUSTOM CONDUCTIVE & EMI SHIELDING TAPE FAQ
Frequently asked questions
Shielding performance depends on electrical continuity, geometry and installation—not foil appearance alone.
When should copper foil, aluminum foil or conductive fabric be used?+
Copper foil is often selected for solderability and grounding, aluminum foil for lightweight shielding and barrier applications, and conductive fabric for flexibility and repeated movement. Galvanic compatibility, corrosion exposure, thickness and installation method also influence the choice.
Does conductive adhesive provide electrical continuity through the bond line?+
Only a construction specifically designed and verified for through-thickness conductivity should be treated that way. The required resistance, contact area, pressure, substrate finish and aging conditions must be defined before selection.
How should EMI shielding effectiveness be validated?+
Validate the complete enclosure or assembly across the relevant frequency range. Seam design, overlap, grounding path, contact resistance, apertures, compression and installation consistency can matter more than the standalone foil or fabric specification.
Can shielding tape be made into grounding and gasket parts?+
Yes. Conductive materials can be slit, laminated and die cut into strips, rings, frames, contacts and tabbed parts. Drawings should identify current paths, grounding points, adhesive zones, exposed conductive areas and liner presentation.
Have a drawing, sample or performance target?
Send the substrate, dimensions, service conditions and estimated quantity. We will identify the missing variables before proposing a construction.
Discuss this custom tape