Products


Copper-clad Epoxy Fiberglass Cloth FR-4

PZ-32F flame retardant epoxy glass fiber cloth based copper clad laminate, due to its excellent electrical properties, heat resistance, mechanical strength and flame retardancy.

Category:

Epoxy fiberglass cloth board

4000-888-086

Product Description

PZ-32F flame retardant epoxy glass fiber cloth based copper clad laminate, due to its excellent electrical properties, heat resistance, mechanical strength and flame retardancy.,It is widely used in the following fields: electronic computers, personal computers, computing controller substrates, instrumentation, automotive controller substrates, mobile phone substrates, semiconductor mounting substrates, multilayer circuit boards, etc. In order to comply with the urgent demand of the market for epoxy glass fiber cloth-based copper clad laminate and expand the market share of the company, in 2013, our company adopted the combination of traditional technology and self-innovation to research and develop a new type of PZ-32F flame retardant epoxy glass fiber cloth-based copper clad laminate.

On the basis of CEPGC(G)-32F model standard in the GB4724-92, the performance of the products developed by our company can meet the requirements of American IPC4101A standard (American Electronic Circuit Interconnection and Packaging Association standard): heat resistance 288 ℃/50S or more (meeting the requirements of environmental protection lead-free soldering processing); Warpage: ≤ 0.3; CTI index: 300V and UV light blocking performance. The product performance and environmental protection indicators in line with the national standard and the EU ROHS (China Test CTI Report No. RHS05F003803001E), REACH (China Test CTI Report No. RHS05F004088002E) directive requirements and has successfully passed the national CQC product certification (certificate No. CQC13001097748, CQC13001097449). The product after the customer batch use feedback, product performance is stable and excellent, the quality can be comparable to the domestic first-class level, become another leading variety of our company.

Features Special Point

● Excellent dimensional stability                        ●Good heat resistance and mechanical properties

Excellent dimensional stability                 Excellent heat resistance and mechanical properties

●CompliantIPC-4101C/21Specification requirements

IPC-4101C/21 specification is applicable

General Properties General characteristics

Test Item

Test Item

Unit

Unit

Test Method

Test Method

(IPC-TM-650)

Treatment conditions

Test Condition

Normative value

Specification

(IPC-4101C)

Typical value

Typical Value

Peel strength of copper foil

Peel Strength(1oz.)

N/mm

2.4.8

125℃

--

1.65

Float288℃/10s

≥1.05

1.60

thermal stress

Thermal Stress

Sec

2.4.13.1

Float288℃/10s

≥10

30

Bow degree/Warpage

Bow/Twist

%

2.4.22.1

A

≤1.0

0.4/0.6

bending strength

Flexural Strength

N/mm2

2.4.4

Warp

≥415

545

Fill

≥345

400

Combustibility

Flammability

Rating

UL94

UL94

UL94 V-0

V-0

surface resistance

Surface Resistivity

MΩ

2.5.17.1

C- 96/35/90

≥1.0× 104

1.0× 106

volume resistance

Volume Resistivity

MΩ-cm

2.5.17.1

C- 96/35/90

≥1.0× 106

1.0× 108

dielectric constant

Dielectric Constant

―

2.5.5.2

Etched/@1 MHZ

≤5.4

4.5

dielectric loss

Loss Tangent

―

2.5.5.2

Etched/@1 MHZ

≤0.035

0.024

Arc resistance

Arc  Resistance

Sec

2.5.1

D-48/50 D-0.5/23

≥60

124

water absorption

Moisture Absorption

%

2.6.2.1

D-24/23

≤0.5

0.21

Compared with the tracking index

Comparative Tranking Index

V

IEC60112

Delayed/0.1% w4CL

≥150

175/300

glass transition temperature

Glass Transition(Tg)

℃

2.4.25

E-2/105 DSC

≥130

133

Remarks:Typical values for reference onlyNote: Typical values are made for reference.  Specimen Thickness:1.6mm 1/0

A = KeepTh ESUe specimenoriginallywithout anyprocess  Keep it as it is,No processing

C =Temperature and humidityconditioning Constant temperature and humidity in the airMediumProcessing

D = Immersing in distilled water with temperature control  dip inConstantTreatment in warm water

E =Temperature conditioning InConstant temperature air treatment