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Technical Laminates

Textolite HGW 2082

Phenolic Cotton Cloth Laminate

Brand: VOLTIS® Hgw — Isovolta Group

Standards: IEC 60893 PF CC 201, NEMA LI 1 C, DIN 7735 Hgw 2082

RoHS

Overview

Textolite (HGW 2082) is a phenolic woven cotton cloth laminate with higher mechanical strength than Pertinax. Used for gear wheels, friction surfaces, bearings and structural insulation parts. Good machinability, can be used for precision mechanical components in electrical equipment.

Grade-specific information

Available supplier grades

Each record below names the supplied grade, source and scope. Certifications, approvals, colours and forms apply only where stated for that specific grade.

VOLTIS® Hgw 2082

Isovolta Group

Confirm with quotation

Cotton-phenolic Textolite grade for applications such as gear running, friction wheels and friction surfaces.

Product form
Sheet
Thicknesses / diameters
0.5–200 mm
Formats / dimensions
1450 × 950; 2150 × 1250; 1070 × 1250; 2800 × 1240; 1400 × 1220 mm, subject to thickness
Colour
Not specified in source document
Surface / structure
Phenolic woven cotton cloth laminate (PF CC 201)

Key technical data

  • Density: approx. 1.4 g/cm³ (ISO 1183/A)
  • Flexural strength: 130 / 120 MPa lengthwise / crosswise (ISO 178)
  • Tensile strength: 80 / 65 MPa lengthwise / crosswise (ISO 527)
  • Thermal endurance: TI 120 (IEC 216)
Technical-data source: VOLTIS Hgw 2082 technical datasheet (Isovolta Group, 2008)

VOLTIS® Hgw 2082.5 CE

Isovolta Group

Confirm with quotation

Cotton-phenolic grade intended for mechanical applications with higher demands on electrical insulation, including switchgear.

Product form
Sheet
Thicknesses / diameters
0.5–200 mm
Formats / dimensions
1450 × 950; 2150 × 1250; 1070 × 1250; 2800 × 1240; 1400 × 1240 mm, subject to thickness
Colour
Not specified in source document
Surface / structure
Phenolic woven cotton fabric laminate (PF CC 202; CE per NEMA LI 1)

Key technical data

  • Flexural strength: 115 MPa (ISO 178)
  • Tensile strength: 60 MPa (ISO 527)
  • Electrical strength: 3 kV/mm at 90 °C in oil (IEC 243)
  • Breakdown voltage: 20 kV (IEC 243)
  • Thermal endurance: TI 120 (IEC 216)
Technical-data source: VOLTIS Hgw 2082.5 CE technical datasheet (Isovolta Group, 2008)

VOLTIS® HGW RO 42

Isovolta Group

On request

Moulded cotton-phenolic rod for applications that require good mechanical properties.

Product form
Round moulded phenolic cotton-fabric rod
Thicknesses / diameters
Outside diameter 8 / 10 / 13 mm, then 20–75 mm in 5 mm steps, plus 85 and 92 mm
Formats / dimensions
520 mm length for Ø8–13 mm; 820 mm length for Ø20–92 mm
Colour
Not specified in source document
Surface / structure
As produced or ground

Key technical data

  • Standard: IEC 61212 PF CC 42
  • Density: approx. 1.3 g/cm³
  • Flexural strength: minimum 100 MPa at 23 °C
  • Compressive strength axial: minimum 80 MPa
  • Thermal endurance: TI 120
Technical-data source: VOLTIS HGW RO 42 technical datasheet (Isovolta Group, 2012)

Grade data is taken from the named manufacturer source. Current MaterialCut supply, final dimensions and commercial conditions are confirmed in the quotation.

Technical Properties

Generic material-family guidance. Use the named supplier-grade records above for product-specific source, dimensions, colours and technical data.

Property Value Unit
Density approx. 1.4 g/cm³
Tensile Strength (Yield) 80 / 65 (L/C) MPa
Flexural Strength 130 / 120 (L/C) MPa
Flexural Modulus approx. 7000 MPa
Service Temp. Long-term -20 … 120 °C
Water Absorption 200 mg (3mm) %
Flammability (UL94) HB
Dielectric Strength 1.6 kV/mm

Disclaimer: The technical data and information provided on this page are for reference and general guidance purposes only. They are based on manufacturer datasheets and standard testing conditions. Material properties can vary depending on dimensions, machining, and specific application environments. MaterialCut does not guarantee the accuracy of this data for specific use cases. For exact specifications and critical applications, please consult the original manufacturer datasheets or contact our technical team.