CASFLON™ 150 UL/cUL

Style 1164 (UL 1164)

Construction

Type

electrical wire

Core

bare, tin-plated, nickel-plated or silver-plated copper

Insulation

PTFE

Thermal Characteristics

Operating temperature

-65°C to +150°C

Electrical Characteristics

Operating Voltage

300V

Testing Voltage

1500 V

Production

Range width

AWG 32 to 10

Options

Please consult us for any special requirements

Casmo Part No.
Wire gauge(AWG)
# Strands
Diam. Of Strands(mm)
Conductor Diameter(mm)
Wall thickness(mm)
Final O.D.(mm)
Approx, Wt.(kg/km)
1210101
10
37
0.43
3.01
0.33
3.67
51.93
1210102
12
19
0.49
2.45
0.33
3.11
34.93
1210103
14
19
0.37
1.85
0.33
2.51
24.40
1210104
16
19
0.3
1.5
0.33
2.16
16.40
1210105
17
19
0.26
1.3
0.33
1.96
14.80
1210106
18
19
0.23
1.15
0.33
1.81
13.10

For more details, please download the sheet.

Downloads

Technical data sheet

General Characteristics

Weather conditions

excellent resistance to UV

Chemical behaviors

excellent resistance to aggressive chemical environments

Humidity

excellent resistance to humidity

Mechanical behaviors

excellent mechanical strength

Application

General use

internal cabling for electrical appliances or electronic appliances

Industry

cabling for industrial machines

Electromechanics

cabling for rotating machines

Household appliances

cabling for household electrical heating appliances

Frequently Asked Questions (FAQ)

Its thin-wall extruded PTFE insulation handles 300V stresses effectively, preventing breakdowns in high-frequency applications like appliances and ensuring stable signal transmission.

Meeting UL, CSA, and AWM requirements, it streamlines certification for North American exports, avoiding re-testing delays and facilitating quick market entry for global suppliers.

With conductor sizes from 32-10 AWG and thin insulation, it offers weight and space savings, ideal for compact wiring in machinery without compromising on 150°C thermal performance.

PTFE insulation resists chemicals, oils, and gasoline, protecting cables in harsh environments like automotive or industrial settings to reduce failure rates and repair needs.

Horizontal flame compliance prevents fire propagation, enhancing safety in internal wiring of heaters or electronics and minimizing liability in high-risk production lines.