Ultra Fine TIW Triple Insulated Wire Magnet Wire 0.13 - 0.4mm For Industrial

Ultra Fine TIW Triple Insulated Wire Magnet Wire 0.13 - 0.4mm For Industrial

The main advantage of the TIW wires is relatively high electric strength of the insulation, with breakdown voltage min. 6kV. Obtaining such a high resistance was possible by the use of a reinforced, three-layer conductor insulation. Third external insulation made of polyamide gives excellent flexibility and high mechanical resistance of the wire. Normally, TIW wires are produced in thermal class B. Fully automated manufacturing process provides a central position of conductor and the same thickness of insulation at any point of the wire.

FEATURES AND BENEFITS

• The integration of a special thin-film conductor into the transformer’s conductor reduces eddy-current losses generated inside the conductor, thereby resulting in low overall losses.

• Space saving is achieved due to the high performance of Litz-type wires. Winding wires is easier due to excellent flexibility.

• While retaining excellent ease of peeling, which is a major feature of the TIW series, peeling from the conductor is facilitated by the improved specifications of the tape material.

• Direct soldering can be done without stripping off the insulation.

CERTIFICATES
ISO 9001-2000, ISO TS 16949, ISO 14001-2004,UL Approved, RoHS Directive Met

APPLICATIONS

SPECIFICATION

RUIYUAN was established in 2002, located in Tianjin City,the second largest port city in China.We have been focusing on different kinds of high quality wires: enameled round copper wire, rectangular enameled copper triple insulated wire, silk covered Litz wire, bonding wire and special enameled wire for 23 years.Ruiyuan is one of the pioneers in producing micro thin enameled wires below 0.03mm in China. Our R & D team has 20 years of market experience. In 2019, our finest diameter is 0.011mm, and mass production has been achieved. All of our products are UL, RoHS certified, in line with industry standards IEC60317, JIS C 3202, NEMA, NW82.