TESA® COPPER TAPE

TESA® COPPER TAPE

Thermal & Electrical Conductivity—Locally Converted by a tesa Platinum Converter

Q: What information do you need to recommend the right tape?

Substrate materials & roughness (Ra), target EMI/ESD performance, available lamination pressure/temperature, part geometry, preferred format (reel/spool/die-cut), and annual volumes.

Q: Can Eko-Tech deliver cross-wound spools for automation?

Absolutely. We supply cross-wound spools and long-length reels to minimize changeovers on automated lines, plus die-cuts on sheets or rolls for pick-and-place.

Q: Are they suitable for displays and antenna modules?

Yes—tesa specifically lists display , antenna , and other component shielding/grounding use cases for these lines.

Q: Do these tapes conduct through the adhesive?

Yes—these families are designed for electrical conduction through the adhesive to the copper backing, enabling reliable grounding of overlapped parts and device frames. (See each product’s datasheet for typical values and z-direction contact resistance.)

Q: How do I choose between 30 µm and 50 µm tapes?

Thicker copper (e.g., 50 µm : 60318, 60538) generally delivers higher shielding and mechanical robustness; thinner ( 30 µm : 60317, 60537) favors low mass and conformability. Final choice depends on your geometry, pressure, and target impedance.

tesa copper tapes combine excellent electrical and thermal conductivity, making them ideal for EMI/RFI shielding, ESD grounding, and heat spreading in modern electronics and electrified mobility. As a tesa Platinum Converter, Eko-Tech designs and manufactures application-ready formats—from narrow reels to precision die-cuts—backed by direct tesa technical support and local production in Poland for rapid, consistent delivery across Central & Eastern Europe.
(Relevant tesa copper portfolio examples include single-sided conductive copper tapes such as tesa® 60317 (30 µm), 60318 (50 µm), 60537 (30 µm) and 60538 (50 µm) for EMI shielding and ESD grounding.)

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Where to Use tesa Copper Tapes

EMI/RFI shielding of housings, FPCs, camera modules, speakers, and antenna windows.
ESD grounding paths in devices, display stacks, and metal frame bonding.
Thermal management: heat spreading and hot-spot reduction near processors, LEDs, and drivers (paired with thermal paths).
Battery & EV electronics: signal integrity and grounding around BMS, inverters, and HV auxiliaries.
Industrial controls & telecom: cabinet shielding patches, connector gasketing, and cable wrap terminations.

Get your custom tesa copper tape today

samples, pricing, and design support within 24h for Poland & CEE. Tell us your application (form: width, thickness, shielding/ESD/thermal goal, reel/spool/parts).

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Why Eko-Tech: Converter Benefits & Trust Signals

tesa Platinum Converter: direct access to tesa engineering, trials, and the latest copper tape platforms.
Local, fast, repeatable: Polish production, CEE logistics, and stable lead times.
Design-for-manufacture: we co-engineer tape shapes, tabs, pull-tabs, and assembly aids that reduce takt time.
Quality & consistency: clean-room converting options, ESD-aware handling, roll mapping, and full traceability.
One partner, end-to-end: from feasibility and sampling to pilot runs and ramp-up—with proactive cost and scrap optimization.

Converting Capabilities for tesa Copper Tapes

Converting at Eko-Tech means we tailor tesa copper tapes to your exact process:

Rewinding: from jumbo rolls to individual-length reels (production-friendly lengths).
Slitting: any width with tight tolerances and burr-free edges.
Die & kiss-cutting: complex geometries, multi-cavity sheets, tabs, and sequential labels for pick-and-place assembly.
Cross-wound spooling: long-length, cross-wound spools for automated tape application (fewer changeovers, higher OEE).
Lamination & stack-ups: copper + insulation films, release liners, or pull-tabs for easier placement.
Kitting & packaging: cell/line sets, part ID, and moisture-barrier packaging.

(Copper product family highlights: tesa® 60317 & 60318—“best conductivity & low activation pressure” single-sided copper tapes; tesa® 60537 & 60538—single-sided conductive copper tapes for EMI shielding and ESD grounding.)

tesa® 60317

30 µm single-sided conductive copper tape; designed for EMI shielding in displays, antenna, and components; low activation pressure.

tesa® 60318

50 µm single-sided conductive copper tape; high, stable conductivity; XYZ-direction conduction under low lamination pressure.

tesa® 60537

30 µm single-sided conductive copper tape with conductive acrylic adhesive; EMI shielding & ESD grounding.

tesa® 60538

50 µm single-sided conductive copper tape with conductive acrylic adhesive; EMI shielding & ESD grounding.

All technical values in tesa product documents are typical and not for specification; selection depends on stack-up, process pressure, and surface prep.

Made in Poland

Although the base materials are made by tesa, our Polish converting adds the value you need: application-specific formats, smarter handling features, and logistics aligned to your build schedule. That’s why your finished, converted parts can be proudly labeled “Made in Poland.”

FAQ

What information do you need to recommend the right tape?Monika Kluk2025-09-19T09:49:00+02:00

What information do you need to recommend the right tape?

Substrate materials & roughness (Ra), target EMI/ESD performance, available lamination pressure/temperature, part geometry, preferred format (reel/spool/die-cut), and annual volumes.

Can Eko-Tech deliver cross-wound spools for automation?Monika Kluk2025-09-19T09:47:23+02:00

Can Eko-Tech deliver cross-wound spools for automation?

Absolutely. We supply cross-wound spools and long-length reels to minimize changeovers on automated lines, plus die-cuts on sheets or rolls for pick-and-place.

Are they suitable for displays and antenna modules?Monika Kluk2025-09-19T09:45:22+02:00

Are they suitable for displays and antenna modules?

Yes—tesa specifically lists display, antenna, and other component shielding/grounding use cases for these lines.

Do these tapes conduct through the adhesive?Monika Kluk2025-09-19T09:42:50+02:00

Do these tapes conduct through the adhesive?

Yes—these families are designed for electrical conduction through the adhesive to the copper backing, enabling reliable grounding of overlapped parts and device frames. (See each product’s datasheet for typical values and z-direction contact resistance.)

How do I choose between 30 µm and 50 µm tapes?Monika Kluk2025-09-19T09:41:33+02:00

How do I choose between 30 µm and 50 µm tapes?

Thicker copper (e.g., 50 µm: 60318, 60538) generally delivers higher shielding and mechanical robustness; thinner (30 µm: 60317, 60537) favors low mass and conformability. Final choice depends on your geometry, pressure, and target impedance.

What are tesa copper tapes and what do they do?Monika Kluk2025-09-19T09:40:20+02:00

What are tesa copper tapes and what do they do?

They are conductive copper foil tapes—typically single-sided with a conductive adhesive—used for EMI/RFI shielding, ESD grounding, and heat spreading in electronics assemblies.

Let’s spec your tesa copper tape solution.

Request a sample + quote with DFM feedback for your application (PL & CEE coverage). We’ll propose the optimal tesa copper tape and the right converting format—from narrow reels to complex die-cuts or cross-wound spools.