NEMA CE PFCC23 Cotton Cloth Phenolic Tubes for Electrical Insulation and Industrial Applications

product details

Description

The PFCC23 Phenolic Cloth Laminated Tube is manufactured with coarse canvas fabric and phenolic resin, this grade delivers excellent impact resistance and load-bearing capability, designed for heavy-duty industrial and structural applications.


We have tubes of below standards:

GOST Standard: 3526

IEC Standard: PFCC21, PFCC22, PFCC23, PFCC24

DIN: Hgw2086, Hgw2085, -

NEMA Standard: LE, L, CE, C


Features

High Mechanical Strength – Canvas fabric reinforcement provides excellent load-bearing and impact resistance

Good Thermal Stability – Reliable performance up to 120 °C

Excellent Electrical Insulation – High dielectric strength for electrical applications

Low Moisture Absorption – Maintains properties in humid environments

Durable & Wear-Resistant – Long service life in demanding conditions


Applications

Electrical Power Equipment – Insulating structural parts for high-voltage systems

Industrial Machinery – Bearings, bushings, and load-bearing components

Manufacturing Equipment – Components exposed to heat, stress, and wear

Automotive Industry – Structural and insulating parts requiring strength and stability


Technical Data Sheet

No.ItemUnitRangePhenolic Cloth Laminates
PFCC21PFCC22PFCC23PFCC243526
LELCEC
HGW2086HGW2085
1Flexural Strength (Perpendicular to Laminations)MPa90808010080
2Compressive Strength (Axial)MPa11010010012045
3Shear Strength (Nominal Dia ≤100 mm)MPa90909010080
4Electric Strength ⊥ (in oil at 90°C, wall thickness 1.6 mm)kV/mm2.12.12.13.5
5Breakdown Voltage Parallel to Laminations (in oil at 90°C)kV101081010
6Dissipation Factor (1 MHz)
7Dissipation Factor (48–62 Hz)
8Dielectric Constant (1 MHz)
9Insulation Resistance After Water Immersion
(Nominal thickness ≥10 mm, nominal inner dia ≥8 mm)
1020.5210
10Heat Resistance120120120120130
11Water Absorptionmg/cm²5101354
12Densityg/cm³1.15-1.351.15-1.351.15-1.351.15-1.351.15-1.35
13FlammabilityClass
14StandardIEC 61212-3-1:2006GB/T 5132


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