Name: Low Coarsening Reverse Treated Coppe Foil High Frequency For Fine Circuit Pattern
Brand: JIMA Copper
SKU: EDCULP
Price: 17.00 USD
Availability: InStock

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Low Coarsening Reverse Treated Coppe Foil High Frequency For Fine Circuit Pattern

Product Details:

Place of Origin:	china
Brand Name:	JIMA
Certification:	SGS, ISO,Reach, RoHS
Model Number:	EDCULP

Payment & Shipping Terms:

Minimum Order Quantity:	50kg
Price:	usd 15-20 kg
Packaging Details:	Wooden carton
Delivery Time:	7-20days
Supply Ability:	1000 Ton per month

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Detailed Product Description

Name:	Low Coarsening Reverse Treated Coppe Foil 12um 18um 35um 50um 70um For Fine Circuit Pattern	Pinholes:	None
Thickness:	12um, 18um, 35um, 50um, 70um	Feature:	Reverse Treated Copper Foil
Application:	High Frequency , Ultra-high Frequency,Fine Circuit Pattern,High Tg，applying To Hydrocarbon Board
Highlight:	reverse Treated edco copper foil , reverse Treated copper foil paper , Circuit edco copper foil

Low Coarsening Reverse Treated Coppe Foil 12um 18um 35um 50um 70um For Fine Circuit Pattern

Prodent Feature

1. Reverse Treated Copper Foil

2. Low profile, with high peel strength

3. Excellent etchability

4. the treated foil is pink

5. Shiny side treated

Typical Application

High Frequency , Ultra-high Frequency;Fine Circuit Pattern; High Tg; applying to hydrocarbon board

Size :

Thickness: 12um 18um 35un 50um 70um

Width :200-1340mm,can be cutting as request

Typical properties of Low Coarsening Reverse Treated Coppe Foil

Classification	Unit	Requirement
Nominal thickness	/	12um	1/2 OZ(18um)	1 OZ(35um)	50um	70UM
Area Weight	g/㎡	107±4	153±5	285±10	435±15	585±20

Purity	％	≥99.8

Roughness	Shiny side(Ra) um	≤3.0	≤3.0	≤3.0	≤3.0	≤3.0

	Matte side(Rz) um	≤3.0	≤4.0	≤6.0	≤8.0	≤10
Tensile Strength	R.T.(23℃)	≥276	≥276	≥276	≥276	≥276

	H.T.(180℃) Mpa	≥138
Elongation	R.T.(23℃)	≥4	≥4	≥8	≥10	≥12

	H.T.(180℃)％	≥3	≥4	≥4	≥4	≥4
Peel Strength(FR-4)	N/mm	≥1.0	≥1.2	≥1.4	≥1.6	≥1.8

	Ibs/in	≥5.7	≥7.4	≥8.0	≥9.1	≥10.2
Pinholes&porosity	Number	No

Anti-oxidization	R.T.(23℃)	90
H.T.(200℃)	60 Minutes	40