Product Overview

Feature	Specification
Standard	UL 5128
Rated Voltage	300V Alternating Current (AC)
Temperature Rating	450 degrees Celsius (842 degrees Fahrenheit) (Continuous Duty)
Fire Resistance	Capable of surviving 800 degrees Celsius (1472 degrees Fahrenheit) Flame exposure for 90 minutes without circuit interruption.
Conductor Type	Nickel-plated Copper or Pure Nickel
Insulation Layer	Mica Tape Wrapping
Braiding Layer	Fiberglass Braiding
Installation Condition	Fixed installation required for optimal stability.
Applications	Specialized for metallurgy, thermal engineering, petroleum refining, chemical processing, natural gas infrastructure, and high-temperature environments requiring stringent fire safety.

Technical Parameter Table

American Wire Gauge (AWG)	Conductor Construction (Number x Diameter in mm)	Conductor Diameter (mm)	Mica Insulation Thickness (mm)	Fiberglass Braiding Thickness (mm)	Finished Outside Diameter (mm)	Maximum Resistance at 20 degrees Celsius (68 degrees Fahrenheit) (Ohm per kilometer)
24	7 x 0.20	0.61	0.38	0.18	1.4	93.25
22	7 x 0.25	0.76	0.38	0.18	1.6	59.4
20	7 x 0.30	0.95	0.38	0.18	1.8	36.7
18	16 x 0.254	1.19	0.38	0.18	2.0	23.2
16	26 x 0.254	1.53	0.38	0.18	2.3	14.6
14	41 x 0.254	1.86	0.38	0.18	2.7	8.96
12	65 x 0.254	2.32	0.38	0.18	3.2	5.64
10	105 x 0.254	3.02	0.51	0.38	4.1	3.55

Extreme Thermal Integrity: Specifically engineered for sustained performance in ultra-high-heat industrial environments. The composite structure of Mica tape and Fiberglass braiding ensures the wire remains operational at constant temperatures up to 450 degrees Celsius (842 degrees Fahrenheit).
High-Level Fire Survival Rating: This wire serves as a critical safety component for emergency systems. It can withstand direct flame contact at 800 degrees Celsius (1472 degrees Fahrenheit) for over 90 minutes, ensuring that essential control and power signals are maintained during a fire.
Superior Material Science: By utilizing high-purity Nickel-plated Copper or Pure Nickel conductors, the wire eliminates the risk of conductor oxidation and brittle failure which typically occurs in standard copper wires at temperatures exceeding 200 degrees Celsius (392 degrees Fahrenheit).
Mechanical Reinforcement: The specialized fiberglass braiding layer provides significant protection against mechanical abrasion and surface wear, protecting the delicate mica insulation during routing and installation.
Chemical and Environmental Resistance: The inorganic nature of the insulation materials provides excellent immunity to moisture, oils, and most industrial solvents, significantly extending the service life in harsh chemical and petroleum environments.