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FR-4 Mid tg Copper Clad Laminate Sheet for PCB

Name: FR-4 Mid tg Copper Clad Laminate Sheet for PCB
Brand: Hero Sail
SKU: 104377889

Negotiable MOQ: 300 Sheets (Price negotiable depending on order volume and customization)

Key Specifications

Place of Origin:

Anhui, China

Brand Name:

Hero Sail

Model Number:

HRM-4150

Tongling HaoRong Electronic Technology Co., Ltd.

Payment & Shipping

Payment Methods:

Port of Shipment:

Shanghai

Delivery Detail:

Delivery time depends on order quantity.

Place of Origin Anhui, China

Brand Name Hero Sail

Model Number HRM-4150

Type Insulation Sheet

Material Fiberglass

Application Other, High Temperature, Computer,communication device,measuring instrument,automobile,etc.

Standard dimension

Notes:Special guideline should be agreed by sellers and buyers.

Main specification:

HRM-4150 Laminate	Unit	specification		Typical Value	Test Method
HRM-4150 Laminate	Metric	<0.5mm	≥0.5mm	1.6mm CCL	IPC-TM-650
1. Peel Strength,as received.	N/mm			1.80 (1OZ )	---
A. 17micron copper		≥0.70	≥0.7
B. 35micron copper		≥0.79	≥1.05
C. 70micron copper		≥0.88	≥1.40
D. 105,140,175micron copper and above		≥0.96	≥1.58
2. Surface resistivity	MΩ
A. Constant temp.& moisture C-96/35/90		≥106	---	---
B. After moisture resistance		---	≥104	3.6×107
C. Under high temperature		≥103	≥103	2.8×106
3. Volume resistivity	MΩ.cm
A. Constant temp.& moisture C-96/35/90		≥106	---	---
B. After moisture resistance		---	≥107	6.5×108
C. After moisture resistance		≥103	≥103	5.6×106
4. Moisture absorption	%	---	≤0.5	0.12
5. Dielectric breakdown	KV	---	40	50
6. Permittivity at 1MHZ	--	<5.4	<5.4	4.7
7. Tg(DSC)	°C	---	150±5	150
8. Loss tangent at 1MHZ	--	<0.035	<0.035	0.020
9. Thermal stress	288°C/20S
Non etching		pass	pass	pass
Etch		pass	pass	pass
10. Flammability	Rating	94V-0	94V-0	94V-0
11. Flexural strength of laminate Length direction	N/mm2
11. Flexural strength of laminate Length direction		---	≥415	515
Cross direction		---	≥345	405
12. Glass Transition Temperature	°C	---	≥340	350(TDloss5%)
13. Z-Axis CTE
A. Before Tg	PPM/°C	---	---	45
B. After Tg	PPM/°C	---	---	250
C. 50-260°C	%	---	---	2.8