Additional Info
- tesa method: tested by 4mm x 4mm tesa jig
tesa® 60318
50 μm single sided best conductivity & Low Activation Pressure electrically conductive copper tape
Product Features
- High and stable electrical conductivity
- Excellent EMI shielding performance
- Excellent electrical conductivity in XYZ-direction even under low lamination pressure process
Product description
tesa® 60318 is best conductivity & Low Activation Pressure electrically conductive copper tape. It consists of electrically conductive copper backing and specially designed single sided conductive adhesive coating layer. Designed for EMI shielding for display, antenna and other components applications.
Product details and specifications
Product Features
- High and stable electrical conductivity
- Excellent EMI shielding performance
- Excellent electrical conductivity in XYZ-direction even under low lamination pressure process
- Good bonding strength
- High heat spreading performance with copper backing
Application Fields
- FPC shielding
- Component shielding with pressure sensitive application
- Shielding application with high conductivity
- OLED display related application
Product Construction
| Adhesive Type | conductive acrylic |
|---|---|
| Backing material | copper film |
| Color | orange |
| Color of liner | transparent |
| Liner Type | PET film |
| Thickness of liner | 50 µm |
| Total thickness | 50 µm |
Product Construction
| Adhesive Type | conductive acrylic |
|---|---|
| Backing material | copper film |
| Color | orange |
| Color of liner | transparent |
| Liner Type | PET film |
| Thickness of liner | 50 µm |
| Total thickness | 50 µm |
Properties / Performance Values
| Joint resistance x-y-z-direction (50g) | 34 mOhm |
|---|---|
| Contact resistance z-direction (2kg) | 19 mOhm |
| Release of liner | easy |
| Contact resistance z-direction (50g) | 21 mOhm |
| Surface resistance x-y-direction | 0.2 Ohm / square |
| Joint resistance x-y-z-direction (2kg) | 31 mOhm |
| Contact resistance z-direction (initial) | 0.03 Ohm / square inch |
Properties / Performance Values
| Joint resistance x-y-z-direction (50g) | 34 mOhm |
|---|---|
| Contact resistance z-direction (2kg) | 19 mOhm |
| Release of liner | easy |
| Contact resistance z-direction (50g) | 21 mOhm |
| Surface resistance x-y-direction | 0.2 Ohm / square |
| Joint resistance x-y-z-direction (2kg) | 31 mOhm |
| Contact resistance z-direction (initial) | 0.03 Ohm / square inch |
Adhesion to Values
| Adhesion to Steel | 4.2 N/cm |
|---|---|
| Adhesion to Steel (50g; initial) | 4.2 N/cm |
| Adhesion to Steel (2kg; after 14 days) | 6.2 N/cm |
| Adhesion to Steel (50g; after 14 days) | 5.5 N/cm |
| Adhesion to Steel (2kg; initial) | 5.6 N/cm |
Adhesion to Values
| Adhesion to Steel | 4.2 N/cm |
|---|---|
| Adhesion to Steel (50g; initial) | 4.2 N/cm |
| Adhesion to Steel (2kg; after 14 days) | 6.2 N/cm |
| Adhesion to Steel (50g; after 14 days) | 5.5 N/cm |
| Adhesion to Steel (2kg; initial) | 5.6 N/cm |
tesa® products prove their impressive quality day in, day out in demanding conditions and are regularly subjected to strict controls. All technical information and data above mentioned are provided to the best of our knowledge on the basis of our practical experience. They shall be considered as average values and are not appropriate for a specification. Therefore tesa SE can make no warranties, expressed or implied, including, but not limited to any implied warranty of merchantability or fitness for a particular purpose. The user is responsible for determining whether the tesa® product is fit for a particular purpose and suitable for the user’s method of application. If you are in any doubt, our technical staff will be glad to support you.
Downloads
Download the files below for more technical details and information on this product.
![[en-en] tesa_ECT_ss-matte-black_dr_005](/en/files/images/202402/2/medium-11175322,11175322_padded1x1_18.webp "tesa_ECT_ss-matte-black_dr_005")
![[en-en] tesa_ECT_ss-foam_dr_004](/en/files/images/202402/2/medium-11174639,11174639_padded1x1_18.webp "tesa_ECT_ss-foam_dr_004")
