UL 5360 mica tape wire 200C 300V for high temperature internal wiring

Product Overview

UL 5360 mica tape wire is designed for protected internal wiring in equipment where heat exposure is a normal part of operation. It sits in a practical part of the high-temperature wire range, giving buyers a mica-based construction for applications that need more thermal resistance than general hook-up wire, but do not require the highest voltage or most extreme rating in the category.

This type of wire is often evaluated for fixed internal routing in heating and thermal equipment where the application is clearly defined and the wire remains protected within the assembly.

Key Ratings

UL Style: UL 5360
Temperature Rating: 200°C
Voltage Rating: 300V
Construction: mica tape based high temperature construction
Application type: protected internal wiring

Why Buyers Use UL5360

Buyers choose UL5360 when they need a practical mica-based wire for internal sections that run hot but do not justify a heavier or more extreme construction. It gives them a more specialized option than ordinary wire while still fitting projects where the operating condition is known and the installation remains controlled.

Typical Applications

High temperature internal wiring
Heating equipment internal lead routing
Thermal devices with protected wiring paths
Internal wire systems in hot fixed sections
OEM equipment requiring mica-based heat resistance

Buyer Notes

For this type of project, buyers typically confirm the conductor size, insulation requirement, installation position, and actual thermal condition of the equipment before selecting the wire style. Matching the wire to the real environment matters more than choosing the “highest number” available.

Selection Notes

If the application is more demanding in terms of voltage or temperature, another mica/fiberglass style may fit better. If the project needs fluoroplastic insulation instead of mica construction, UL1332 or UL10362 may be reviewed. UL5360 is more appropriate for fixed internal wiring in a 200°C/300V high-temperature environment.