Tailored for Power Electronics in Demanding Environments
Tape-Wrapped Litz Wire
Setting the Standard in Wire Quality and High-Frequency Performance
Rubadue now offers tape-wrap insulated Litz wire designed to meet the needs of high-temperature, high-power applications. Engineered with precision, these wires provide a combination of thermal endurance, dielectric strength, and environmental compliance.
Key Features
Engineered for Excellence
Designed to deliver exceptional performance in the most demanding applications.
16 AWG – 3 AWG. Comprehensive size range for diverse applications.
OBMW2 Recognized Components (E190291). Meets stringent industry standards for safety and reliability.
Performance Benefits
Our tape-wrapped Litz wire delivers superior performance across critical parameters.
High-Frequency Performance
Optimized for demanding power electronics applications with superior signal integrity.
Thermal Endurance
Engineered to withstand extreme temperatures while maintaining electrical performance.
Dielectric Strength
Pinhole free, 100% spark tested with thin insulation walls for large Litz wires.
Compact Designs
Thinner insulations and smaller diameters possible on large AWG Litz wires.
Applications
Trusted across industries for critical high-frequency applications.
- EV Charging & e-Mobility
- Aerospace & Defense
- Medical Imaging & Diagnostics
- Industrial Power Supplies
- High-Frequency Transformers
Litz Wire
Explore the Full Range of Litz Wire Solutions
Tape-wrapped Litz is one of several Litz constructions Rubadue offers — including triple-insulated, served, and bare options for high-frequency applications.
Explore Litz WireReady to Get Started?
Discuss Your Application or Request a Sample
Contact our team to learn more about how tape-wrapped Litz wire can benefit your project.
Frequently Asked Questions
Rubadue offers PET (Mylar) and polyimide tape-wrap insulations, with adhesive and heat-sealed application options. Additional materials such as PEN, Nomex®, and glass wraps are available for specialized applications.