3M™ Electrically Conductive Adhesive Tapes
High-Performance Conductive Tapes for Precise Shielding and Attachment
Overview of 3M™ Electrically Conductive Adhesive Tapes
Tailored Electrically Conductive Tapes for Grounding and Shielding
Choosing 3M™ Electrically Conductive Tapes for grounding, shielding, and attachment helps enable equipment to meet basic application requirements for tapes, backings/carriers, fillers and adhesives. You can choose solutions for such specific factors as R target, contact surface type, adhesion level, bond line thickness, XYZ or Z conductivity path, operating temperature range and environmental conditions.
Solutions
Precision Converted Conductive Tape Solutions for Advanced Electronics
Unique Features and Benefits:
- Multidirectional Conductivity
- Premium Foil & Fabric Backings
- High-Performance Adhesion
- Excellent Surface Conformability
- Precision Converting
- Specialised Properties
Adhesive Transfer Tape 9703
- Thickness (mm): 0.05
- Conductive Filler: Silver Particles
- Adhesive: Acrylic
- Liner: Silione Treated PCK
- Electrical Resistance (Z-axis): 0.01 Ω
- Electrical Resistance (XY-axis): N/A
- Adhesive to SUS (gf/inch): 907 (ASTM D1000)
Adhesive Transfer Tape 9712
- Thickness (mm): 0.127
- Conductive Filler: Carbon Nonwoven
- Adhesive: Acrylic
- Liner: Silione Treated PCK
- Electrical Resistance (Z-axis): 13 Ω
- Electrical Resistance (XY-axis): 50-70 Ω
- Adhesive to SUS (gf/inch): 1500 (ASTM D3330)
Adhesive Transfer Tape 9713
- Thickness (mm): 0.089
- Conductive Filler: Ni/Cu Nonwoven
- Adhesive: Acrylic
- Liner: Silione Treated PCK
- Electrical Resistance (Z-axis): 1.7 Ω
- Electrical Resistance (XY-axis): 5 Ω
- Adhesive to SUS (gf/inch): 1500 (ASTM D3330)
Double Coated Tape 9711S
- Thickness (mm): 0.05
- Conductive Filler: Ni/Cu Woven
- Adhesive: Acrylic
- Liner: PET Release Liner
- Electrical Resistance (Z-axis): 0.05 Ω
- Electrical Resistance (XY-axis): 0.15 Ω
- Adhesive to SUS (gf/inch): 1800 (ASTM D1000)
Double Coated Tape 9772
- Thickness (mm): 0.05
- Conductive Filler: Foil Backing
- Adhesive: Acrylic
- Liner: PET Release Liner
- Electrical Resistance (Z-axis): N/A
- Electrical Resistance (XY-axis): 0.015 Ω
- Adhesive to SUS (gf/inch): 1000 (ASTM D1000)
Single Sided Tape 1020BC
- Thickness (mm): 0.025
- Conductive Filler: Foil Backing C-SCT
- Adhesive: Acrylic
- Liner: PET Releas Liner
- Electrical Resistance (Z-axis): N/A
- Electrical Resistance (XY-axis): 0.015 Ω
- Adhesive to SUS (gf/inch): 1300 (ASTM D1000)
Single Sided Tape 1050TC
- Thickness (mm): 0.023
- Conductive Filler: Foil Backing C-SCT
- Adhesive: Acrylic
- Liner: PET Releas Liner
- Electrical Resistance (Z-axis): N/A
- Electrical Resistance (XY-axis): 0.015 Ω
- Adhesive to SUS (gf/inch): 1200 (ASTM D1000)
Single Sided Tape 3304BC-S
- Thickness (mm): 0.45
- Conductive Filler: Ni/Cu Woven foil backing
- Adhesive: Acrylic
- Liner: Silicone Coated PET Film
- Electrical Resistance (Z-axis): 0.05 Ω
- Electrical Resistance (XY-axis): 0.10 Ω
- Adhesive to SUS (gf/inch): 1300 (ASTM D1000)
Benefits
Here’s why manufacturers choose RGH:
Specialised Conductive Tapes for Advanced Grounding Solutions. Here’s why manufacturers rely on RGH:
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Multidirectional Conductivity
Provides high-performance XYZ-axis or Z-axis electrical paths for advanced grounding.
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Versatile Thicknesses
Available in a broad range of thicknesses to suit diverse application layouts.
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Precise Small-Scale Contact
Ensures reliable electrical contact to small contact areas and tight bond lines.
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Long-Term Shielding
Delivers exceptional EMI shielding in bond line gaps with proven grounding performance over time.
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Flexible Adhesion & Conformability
Offers multiple levels of flexibility, high handling workability, and secure bonding to various substrates.
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Extended Shelf Life
Engineered for long-term stability with longer shelf life options available.
Gallery
3M™ Electrically Conductive Adhesive Tapes Material Solutions
See how RGH converts 3M™ Electrically Conductive Adhesive Tapes to meet the exact specifications of your application, from reliable grounding and EMI shielding to secure component attachment and XYZ-axis connectivity. Explore the gallery and call us to discover how these high-performance, custom-cut materials enhance electrical contact, reliability, and durability across a wide range of electronic designs.s.
Delivering Excellence: What Our Clients Say
It is rare to deal with a company that is 100% efficient and 100% reliable while remaining courteous and friendly at the same time. RGH Converting is that rare find. We initially approached them with a complex material challenge, and their team acted as a true extension of our own, providing technical clarity and high-standard prototypes at impressive speed.
Their expertise as a 3M Preferred Converter gave us total confidence in the quality of the final product. I have no hesitation in recommending RGH to any manufacturer looking for precision, reliability, and a partnership-led approach.
Automotive Client
Get in Touch
Have a question or need support with a materials challenge? Our Specialists are here to help.
Speak to our technical team about your project requirements and discover how our converting expertise can provide the right material solution for your application.
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FAQs
Frequently Asked Questions About 3M™ Electrically Conductive Adhesive Tapes
Got questions about 3M™ Electrically Conductive Adhesive Tapes? We've answered the most common queries about its performance, applications, and customisation options to help you choose the right solution for your project.
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What is the difference between XYZ-axis and Z-axis conductive tapes?
XYZ-axis (isotropic) conductive tapes provide electrical conductivity through both the thickness of the tape (Z-axis) and across the surface plane (X and Y axes), making them ideal for general shielding and grounding. Z-axis (anisotropic) conductive tapes only allow electricity to flow vertically through the thickness of the tape, isolating adjacent closely-spaced traces without shorting them.
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Do these conductive tapes require thermal curing to bond?
No. 3M™ Electrically Conductive Tapes use advanced pressure-sensitive adhesives (PSAs). They achieve high-bond strength and reliable electrical contact instantly upon physical pressure at room temperature, eliminating the need for time-consuming thermal curing or specialised ovens.
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Can conductive tapes be used on irregular or soft surfaces?
Yes. Many tapes in the 3M range feature highly conformable foil or fabric backings (such as nonwoven scrims or woven threads). These backings allow the tape to easily flex, wrap around edges, and maintain consistent, reliable contact with both rigid, soft, or textured substrates.
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How do 3M conductive tapes perform over long periods?
These tapes are engineered for long-term environmental stability. They offer excellent resistance to oxidation, high temperatures, and moisture, ensuring that the electrical contact resistance remains low and grounding performance stays secure throughout the lifespan of the device.
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What custom converting options does RGH offer for these tapes?
As a precision converter, RGH can supply 3M conductive tapes custom-cut to your exact production requirements. We provide them in bespoke roll widths, strips, or precision die-cut parts on a removable liner, allowing for seamless integration and fast, waste-free application on your assembly line.
Need support with a project?
Whether you’re starting a new development or need a fast turnaround, our team is ready to help.