Fast delivery Copper Electrical Tape - RTF ED Copper Foil – CIVEN
Fast delivery Copper Electrical Tape - RTF ED Copper Foil – CIVEN Detail:
Product Introduction
Reverse treated electrolytic copper foil (RTF) is a copper foil that has been roughened to varying degrees on both sides. This strengthens the peel strength of both sides of the copper foil, making it easier to use as an intermediate layer for bonding to other materials. Moreover, the different levels of treatment on both sides of the copper foil make it easier to etch the thinner side of the roughened layer. In the process of making a printed circuit board (PCB) panel, the treated side of the copper is applied to the dielectric material. The treated drum side is rougher than the other side, which constitutes a greater adhesion to the dielectric. This is the main advantage over standard electrolytic copper. The matte side does not require any mechanical or chemical treatment prior to the application of photoresist. It is already rough enough to have good laminating resist adhesion.
Specifications
CIVEN can supply RTF electrolytic copper foil with nominal thickness of 12 to 35µm up to 1295mm width.
Performance
The high temperature elongation reversed treated electrolytic copper foil is subjected to a precise plating process to control the size of the copper tumors and distribute them evenly. The reversed treated bright surface of the copper foil can significantly reduce the roughness of the copper foil pressed together and provide sufficient peel strength of the copper foil. (See Table 1)
Applications
Can be used for high-frequency products and inner laminates, such as 5G base stations and automotive radar and other equipment.
Advantages
Good bonding strength, direct multi-layer lamination, and good etching performance. It also reduces the potential for short circuit and shortens the process cycle time.
Table 1. Performance
|
Classification |
Unit |
1/3OZ (12μm) |
1/2OZ (18μm) |
1OZ (35μm) |
|
|
Cu Content |
% |
min. 99.8 |
|||
|
Area Weigth |
g/m2 |
107±3 |
153±5 |
283±5 |
|
|
Tensile Strength |
R.T.(25℃) |
Kg/mm2 |
min. 28.0 |
||
|
H.T.(180℃) |
min. 15.0 |
min. 15.0 |
min. 18.0 |
||
|
Elongation |
R.T.(25℃) |
% |
min. 5.0 |
min. 6.0 |
min. 8.0 |
|
H.T.(180℃) |
min. 6.0 |
||||
|
Roughness |
Shiny(Ra) |
μm |
max. 0.6/4.0 |
max. 0.7/5.0 |
max. 0.8/6.0 |
|
Matte(Rz) |
max. 0.6/4.0 |
max. 0.7/5.0 |
max. 0.8/6.0 |
||
|
Peel Strength |
R.T.(23℃) |
Kg/cm |
min. 1.1 |
min. 1.2 |
min. 1.5 |
|
Degraded rate of HCΦ(18%-1hr/25℃) |
% |
max. 5.0 |
|||
|
Change of color(E-1.0hr/190℃) |
% |
None |
|||
|
Solder Floating 290℃ |
Sec. |
max. 20 |
|||
|
Pinhole |
EA |
Zero |
|||
|
Preperg |
—- |
FR-4 |
|||
Note: 1. The Rz value of copper foil gross surface is the test stable value, not a guaranteed value.
2. Peel strength is the standard FR-4 board test value (5 sheets of 7628PP).
3. Quality assurance period is 90 days from the date of receipt.
Product detail pictures:
Related Product Guide:
As for competitive prices, we believe that you will be searching far and wide for anything that can beat us. We can state with absolute certainty that for such quality at such prices we are the lowest around for Fast delivery Copper Electrical Tape - RTF ED Copper Foil – CIVEN , The product will supply to all over the world, such as: Russia, Brazil, New Orleans, "Good quality, Good service " is always our tenet and credo. We take every effort to control the quality, package, labels etc and our QC will check every detail during producing and before shipment. We have been willing to establish long business relationship with all those who seek the high quality products and good service. We've got set up a wide sales network across European countries, North of America, South of America, Middle East, Africa, East Asia countries.Please contact us now, you will find our expert experience and high quality grades will contribute to your business.
By Marcia from Leicester - 2018.06.26 19:27
We are a small company that has just started, but we get the company leader's attention and gave us a lot of help. Hope we can make progress together!
By Elaine from Finland - 2018.12.30 10:21
