New England Wire Technologies  - Winding Wire

NEWind®
New England Wire Technologies manufactures specialty winding custom wire and cable in single-end, stranded and Litz wire multiconductor cable configurations. While magnet wire in the single-end or Litz wire form is the most common winding wire, its coating has been found to be susceptible to insulation loss between winding turns, separate windings and between the winding and the ground. NEWind® Specialty Winding Wire solves this problem by insulating the conductors with thin layers of insulation. NEWind® custom wire and cable insulation layers are extruded in either two layers (Supplementary) or three layers (Reinforced). This design ensures that defects in any one layer will not reduce the insulating ability. The result is motors and transformers that can be manufactured without additional insulation, thus reducing their cost and size. NEWind® is a high end, specialty magnet wire that replaces traditional forms of magnet wire.

NE-F1
Custom wire and cable assemblies for motors and transformers require state-of-the-art high temperature electronic wire insulation systems to eliminate the need for long term component testing. The engineers at New England Wire Technologies, working within the parameters of NE-F1 regulatory approvals, design and produce high-performance winding wire products that allow unique solutions to design challenges associated with today’s winding needs. Extensive research and custom wire and cable testing, incorporating various components, has allowed NEWT to design a complete range of materials that are ideal for transformer, motor, and coil applications. This design freedom leads to higher efficiency and smaller, lower cost devices that can be brought to market without long-term testing delays. NE-F1 features the NEWind® Specialty Winding Wire product line which eliminates the need for separate ground, inter-winding, and turn insulation. NE-F1 is also suitable for most Class F devices, thus reducing the need for multiple Electrical Insulation Systems.