Product Overview

Feature	Specification
Standard	UL 3173
Insulation Material	Irradiated XLPE (Cross-linked Polyethylene)
Rated Voltage	600V Alternating Current (AC)
Temperature Range	-60°C to +125°C (-76°F to +257°F)
Conductor Type	Tinned Copper Stranding
Available Colors	White, Blue, Red, Black, Brown, Yellow, Green, Yellow/Green
Key Characteristics	Excellent thermal stability, superior mechanical strength, non-melting at elevated temperatures, and high chemical resistance.
Applications	Internal wiring for heavy-duty electrical equipment, professional appliances, motor leads, and industrial control systems.

Technical Parameter Table

American Wire Gauge (AWG)	Conductor Construction (Number x Diameter in mm)	Conductor Diameter (mm)	Insulation Thickness (mm)	Finished Outside Diameter (mm)	Maximum Conductor Resistance at 20°C (68°F) (Ohm/km)
26	7 x 0.16	0.48	0.76	2.01	150.0
24	11 x 0.16	0.61	0.76	2.13	94.2
22	17 x 0.16	0.76	0.76	2.28	59.4
20	26 x 0.16	0.93	0.76	2.55	36.7
18	16 x 0.254	1.17	0.76	2.70	23.2
16	26 x 0.254	1.50	0.76	3.10	14.6
14	41 x 0.254	1.90	0.76	3.42	8.96
12	65 x 0.254	2.37	0.76	3.90	5.64
10	105 x 0.254	3.01	0.76	5.00	3.55

Advanced Irradiation Cross-linking: The XLPE insulation is treated with high-energy electron beam irradiation, creating a robust three-dimensional molecular network. This ensures the wire remains physically stable and will not melt or drip even under temporary electrical overload or high-heat exposure up to +125°C (+257°F).
Superior Mechanical Toughness: Compared to standard PVC wires, Irradiated XLPE offers significantly higher resistance to cut-through, abrasion, and mechanical crushing, ensuring safety during complex installations in industrial chassis.
Excellent Dielectric Integrity: Engineered to provide consistent electrical insulation with a high safety margin for 600V Alternating Current applications, effectively preventing electrical leakage and circuit failures.
Universal Chemical & Environmental Resistance: The insulation is highly resistant to common industrial contaminants, including acids, alkalis, oils, and various solvents. It is also non-aging and moisture-proof, ensuring a long operational life.
Tinned Copper Conductor: Utilizing high-purity tinned copper strands provides excellent electrical conductivity while offering a protective barrier against oxidation and environmental corrosion, maintaining reliable connectivity over time.