UL11028 mPPE Wire – 105°C 600V Internal Multi-Conductor Cable
UL10028 mPPE wire is a UL-recognized cable designed for internal wiring in power equipment and electronic systems. Rated for 105°C and 600V, it uses modified polyphenylene ether (mPPE) insulation with tinned copper conductors, providing excellent thermal and electrical performance in dry indoor environments. Its lightweight construction makes it well-suited for compact assemblies.
The wire also offers flame resistance, halogen-free properties, and compliance with the UL VW-1 horizontal flame test. Commonly applied in high-voltage sections of power supplies, automation panels, and control units, UL10028 ensures both reliable insulation and enhanced environmental safety.
Key Features
- UL-recognized mPPE insulated wire (Modified Polyphenylene Ether)
- Temperature rating: 105°C
- Voltage rating: 600V
- Horizontal flame test compliant (UL VW-1)
- Conductor: Stranded tinned copper
- Halogen-free, lightweight, and eco-friendly
- Multi-conductor parallel construction available upon request
Applications
- Internal wiring in power supplies, control cabinets, and EV charging modules
- Signal circuits and low-voltage control wiring
- Wiring for industrial automation, communication systems, and LED lighting
- Dry indoor environments requiring high dielectric strength and thermal stability
UL10028 wire is a robust, eco-friendly solution for high-voltage internal wiring where space, safety, and weight matter. It meets UL’s VW-1 flame resistance standards and is suitable for compact, high-efficiency system integration.
External Technical References for UL10028 mPPE Wire
ESG & Sustainability Statement
Wires insulated with modified polyphenylene ether (mPPE) support sustainability goals by reducing material usage and environmental impact. As a halogen-free, RoHS and REACH compliant material, mPPE enables environmentally responsible manufacturing while still delivering excellent electrical and mechanical performance.
By adopting mPPE-insulated wire, companies can better align with ESG (Environmental, Social, and Governance) standards through safer materials, reduced hazardous waste, and lightweight, energy-efficient system design. These advantages are increasingly valued by ESG-driven investors and supply chain partners seeking products that meet strict environmental and safety expectations.