Litz wire

  • Custom color nylon served copper litz wire 30*0.07mm

    Custom color nylon served copper litz wire 30*0.07mm

    High-frequency Litz wire is a high-quality wire product. This wire is twisted by 30 enamelled copper wires with a diameter of 0.07mm, and its temperature resistance is 155 degrees. We can also provide single wires with a temperature resistance rating of 180 degrees to meet the needs of different customers.

  • USTC/UDTC H 0.08mm*960 Strands Nylon Silk Covered Copper Litz Wire

    USTC/UDTC H 0.08mm*960 Strands Nylon Silk Covered Copper Litz Wire

    We produce high quality silk covered litz wires, which are widely used in a wide range of fields and are deeply loved by customers. The single wire diameter of the silk covered litz wire is 0.08mm, and it’s wrapped with nylon yarn. At the same time, polyester or natural silk also can be used, but the price of natural silk is higher. Silk covered litz wire is very suitable for high temperature, high strength, wear resistance and other environments, and has excellent insulation performance and mechanical strength.

  • High Voltage Profiled Litz Wire Polyimide Film Copper Rectangular Stranded Wire

    High Voltage Profiled Litz Wire Polyimide Film Copper Rectangular Stranded Wire

    Profiled litz wire is a high quality enameled wire that is widely used in electronics. Its production process is exquisite. The single wire is made of 0.05mm enameled copper wire, which is twisted together by 1740 strands and covered with polyimide film. The overall dimension is 3.36mm in width and 2.08mm in thickness. 

  • UDTCF 155 Grade 0.1mm/400 Nylon silk served copper litz wire

    UDTCF 155 Grade 0.1mm/400 Nylon silk served copper litz wire

    Silk covered litz wire has a wide range of applications and is favored by customers in electronics manufacturing and other industries.

    The single wire of the silk covered litz wire is 0.1mm enameled copper wire, the number of strands is 400 strands, the temperature resistance grade is 155 degrees, and the outer layer is wrapped with nylon. 

  • USTC155 0.04mmx140 Shares Multi-strand nylon silk copper litz wire

    USTC155 0.04mmx140 Shares Multi-strand nylon silk copper litz wire

    This Litz wire is made up from individual strands of 0.04mm solderable enamelled copper wire this bunch of strands is then wrapped in nylon,individual strands are enamel coated.

    It has good direct soldering performance and the solder temperature is 390℃±5℃. Temperature resistance: 155℃. Maximum resistivity is 111.95Ω/KM.

    Popular for high frequency applications.It is suitable for manufacturing all kinds of electronic instruments, inductance components and other occasions. Good high-frequency electrical performance.

  • USTC/UDTC155/180 Custom 0.04mmx1500 Stranded Copper Wire Nylon Silk Litz Wire

    USTC/UDTC155/180 Custom 0.04mmx1500 Stranded Copper Wire Nylon Silk Litz Wire

    This Litz wire is made up from individual strands of 0.04mm solderable enamelled copper wire,individual strands are enamel coated.

    It has good direct soldering performance and the solder temperature is 390℃±5℃. Temperature resistance: 155℃. Maximum resistivity is 10.45Ω/KM.

  • 2USTC Covered 0.03mm*19 High Frequency Litz Wire for Transformers Winding

    2USTC Covered 0.03mm*19 High Frequency Litz Wire for Transformers Winding

    What is USTC wire? It’ s a special wire covered with one layer or multi layer insulating fiber (nylon, polyester fiber, natural silk or adhesive yarns) on the surface of single enameled wire or stranded wire and often used in electronics. Multi strands of wires helps reduce skin effect and proximity effect losses in conductors.

  • 2USTCF 0.08mm*435 Nylon Served Silk Covered Copper Litz Wire

    2USTCF 0.08mm*435 Nylon Served Silk Covered Copper Litz Wire

    Silk-covered wire refers to the electromagnetic wire made by wrapping natural silk or fiber (nylon, polyester fiber, natural silk, self-adhesive silk, etc.) around the wire or enamelled stranded wire.

  • 2UEWF 0.06mm*7 Stranded Copper Enameled Wire Litz Wire

    2UEWF 0.06mm*7 Stranded Copper Enameled Wire Litz Wire

    Enameled stranded wire, also called Litz wire, is a high-frequency electromagnetic wire that is twisted together by a number of enameled single wires, according to a certain structure and a specific laying distance.

  • Custom AWG 30 Gauge Copper Litz Wire Nylon Covered Stranded Wire

    Custom AWG 30 Gauge Copper Litz Wire Nylon Covered Stranded Wire

    Enameled stranded wire is also called Litz wire. It is a high-frequency electromagnetic wire that is twisted together by a number of enameled single wires, according to a certain structure and a specific laying distance.

     

  • Custom 2UEWF USTC 0.10mm*30 Copper litz wire

    Custom 2UEWF USTC 0.10mm*30 Copper litz wire

    Silk covered litz wire is a high-performance wire widely used in electronics, communications, instrumentation and other industries. The single wire diameter of this wire is 0.1mm, 30 strands of UEW enameled wire, and the litz wire wrapped with nylon yarn (polyester wire and natural silk can also be selected), which is not only beautiful but also has excellent electrical insulation performance and corrosion resistance.

  • 0.08mmx210 USTC High Frequency Enameld Stranded Wire Silk Covered Litz Wire

    0.08mmx210 USTC High Frequency Enameld Stranded Wire Silk Covered Litz Wire

    Silk covered litz wire or USTC,UDTC,has a nylon top coat over the regular litz wires to enhance the mechanical properties of insulation coat, like nominal litz wire designed to reduce the skin effect and proximity effect losses in conductors used at frequencies up to about 1 MHz. Silk covered or silk severed litz wire, that is high frequency litz wire wrapped with Nylon, Dacron or Natural silk, which is characterized by increased dimensional stability and mechanical protection Silk covered litz wire is used to make inductors and transformers, especially for high frequency applications where the skin effect is more pronounced and proximity effect can be an even more severe problem.