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Phenolic paper laminated - Sheets HP 2061, PFCP 201

NORMATIVE REFERENCES
Paper-phenolic laminated sheets PFCP 201 meet requirements of:

PF CP 201 acc. to IEC 60893
Hp 2061 acc. to DIN 7735
X , XP , XPC acc. to ANSI-NEMA IM 60000

COMPOSITION
Paper-phenolic laminated sheets PFCP 201 consist of cellulose paper with phenolic resin binder.

CHARACTERISTICS AND APPLICATIONS
Paper-phenolic laminated sheets PFCP 201 are characterized by good mechanical properties and good X-ray translucence. They are intended for mechanical and LV electrical applications.

MACHINING
The boards can be machined by cutting, turning, milling, and drilling. They can be effectively cut with water jet, allowing curved shapes with adequate strength. They can also be bonded using standard two-component epoxy adhesive; however, the bonded joints should not be excessively stressed.
We can also produce cut-to-size pieces or products according to technical documentation / drawing.

TECHNICAL DATA
Property Test method Unit Average results
Flexural strength ISO 178 MPa 230
Modulus of elasticity in flexure ISO 178 GPa 13.2
Compressive strength ISO 604 MPa 391
Tensile strength ISO 527 MPa 179
Shearing strength IEC 60893 MPa 33
Breakdown voltage at 90 °C in oil parallel to laminations IEC 243-1 kV 44
Comparative tracking index CTI IEC 112 - 180
Water absorption (sample thickness 3.0 mm) IEC 62 mg 250
Density ISO 1183 g/cm³ 1.41
Flammability UL94 category HB

THICKNESS
0.2-200 mm

TOLERANCES
Width and length tolerance: ±20 mm

COLOUR
dark brown

Phenolic cotton laminated - Sheets Hgw 2082, PFCC 201

NORMATIVE REFERENCES
Cotton-phenolic laminated sheets PFCC 201 meet requirements of:
PF CC 201 acc. to IEC 60893
HGW 2082 acc. to DIN 7735
C acc. to ANSI/NEMA IM-60000

COMPOSITION
Cotton-phenolic laminated sheets PFCC 201 consist of cotton fabric and phenolic resin binder.

CHARACTERISTIC AND APPLICATIONS
Cotton-phenolic laminated sheets PFCC 201 are suitable for mechanical applications and are characterized by very good machining properties. Laminates are designed for continuous operation at temperatures up to 120°C.

TECHNICAL DATA
Property Test method Unit Average results
Flexural strength ISO 178 MPa 142
Impact strength (Charpy) notched ISO 179/3C kJ/m2 9,7
Impact strength (Charpy) unnotched ISO 179/3C kJ/m2 35
Modulus of elasticity in flexure ISO 178 GPa 8,2
Compressive strength ISO 604 MPa 300
Tensile strength ISO 527 MPa 83
Shearing strength IEC-893-2 MPa 60
Electric strength at 90 °C in oil perpendicular to laminations (sample thickness 3,0 mm) IEC 243-1 kV/mm 1,27
Breakdown voltage at 90 °C in oil parallel to laminations IEC 243-1 kV 4,3
Insulation resistance after immersion in water IEC 167 2,8×101
Comparative tracking index IEC 112 - 150
Water absorption (sample thickness 3,0 mm) IEC 62 mg 200
Density ISO 1183 g/cm3 1,37


COLOUR
Brown

Glass-epoxy laminated - Sheets G10, Hgw 2372, EPGC 201

Glass-epoxy rigid boards EPGC 201

NORMATIVE REFERENCES
Glass-epoxy laminated sheets EPGC 201 meet requirements of:
EPGC 201 acc. to IEC 60893
HGW2372 acc. to DIN7735
G-10 acc. to ANSI/NEMA IM 60000

COMPOSITION
Glass-epoxy laminated sheets EPGC 201 consist of glass fabric with epoxy resin binder.

CHARACTERISTIC AND APPLICATIONS
Glass-epoxy laminated sheets EPGC 201 are characterized by good mechanical and electrical properties. They are intended for mechanical, electrical and electronic applications, where long-term thermal endurance in temperature about 130°C is critical.

TECHNICAL DATA
Property Test method Unit Average results
Flexural strength ISO 178 MPa 525
Impact strength (Charpy) ISO 179/3C kJ/m2 81
Modulus of elasticity in flexure ISO 178 GPa 22,9
Compressive strength ISO 604 MPa 626
Tensile strength ISO 527 MPa 410
Shearing strength IEC-893-2 MPa 47
Electric strength at 90 °C in oil perpendicular to laminations (sample thickness 3,0 mm) IEC 243-1 kV/mm 16
Breakdown voltage at 90 °C in oil parallel to laminations IEC 243-1 kV 60
Insulation resistance after immersion in water IEC 167 2,4×106
Comparative tracking index IEC 112 - 200
Permittivity IEC 250 - 5,0
Dissipation factor IEC 250 - 0,009
Water absorption (sample thickness 3,0 mm) IEC 62 mg 6,0
Density ISO 1183 g/cm3 1,89
Thermal conductivity ISO 8302 W/mK 0,44
Coefficient of thermal expansion at X direction MD Dilatometry 10-5/K 1,4
Coefficient of thermal expansion at Y direction CD Dilatometry 10-5/K 1,2
Coefficient of thermal expansion at Z direction (perpendicular to laminations) Dilatometry 10-5/K 6,1

Glass-epoxy laminated - Sheets G11 (155 °C), Hgw 2372.4, EPGC 203

Rigid boards EPGC 203

NORMATIVE REFERENCES
Glass-epoxy laminated sheets EPGC 203 meet requirements of:
EPGC 203 acc. to IEC 60893
HGW2372.4 acc. to DIN7735
G-11 acc. to ANSI/NEMA IM-60000

COMPOSITION
Glass-epoxy rigid boards EPGC 203 consist of glass fabric and epoxy resin binder.

CHARACTERISTIC AND APPLICATIONS
Glass-epoxy laminated sheets EPGC 203 are characterized by very good thermal endurance properties and high mechanical strength at elevated temperature. They are intended for mechanical, electrical and electronic applications, where long-term thermal endurance in temperatures about 155°C is critical.

TECHNICAL DATA
Property Test method Unit Average results
Flexural strength ISO 178 MPa 485
Flexural strength at 150°C after conditioning: 1 h at 150°C ISO 178 MPa 296
Impact strength (Charpy) ISO 179/3C kJ/m2 86
Modulus of elasticity in flexure ISO 178 GPa 25,4
Compressive strength ISO 604 MPa 562
Tensile strength ISO 527 MPa 398
Shearing strength IEC-893-2 MPa 51,2
Electric strength at 90 °C in oil perpendicular to laminations (sample thickness 3,0 mm) IEC 243-1 kV/mm 14,7
Breakdown voltage at 90 °C in oil parallel to laminations IEC 243-1 kV 60
Insulation resistance after immersion in water IEC 167 3,0×107
Comparative tracking index IEC 112 - 187
Permittivity IEC 250 - 5,1
Dissipation factor IEC 250 - 0,014
Water absorption (sample thickness 3,0 mm) IEC 62 mg 8,8
Density ISO 1183 g/cm3 1,87

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