TIW

  • ETFE Muti- strands triple insulated wire 0.08mm*1700 Teflon TIW litz wire

    ETFE Muti- strands triple insulated wire 0.08mm*1700 Teflon TIW litz wire

    This triple insulated litz wire has a single wire diameter of 0.08mm and consists of 1700 strands, all wrapped in ETFE insulation.  But what exactly is ETFE insulation? What are its advantages?  ETFE, or ethylene tetrafluoroethylene, is a fluoropolymer with excellent thermal, mechanical and chemical properties.  Its high dielectric strength and ability to withstand harsh environments make it ideal for demanding applications.

  • FTIW-F 0.3mm*7 Teflon Triple Insualted Wire PTFE Copper Litz Wire

    FTIW-F 0.3mm*7 Teflon Triple Insualted Wire PTFE Copper Litz Wire

    This wire is made of 7 strands of 0.3mm enameled single wires twisted together and covered with Teflon.

    Teflon Triple Insulated Wire (FTIW) is a high-performance wire designed to meet the demanding requirements of various industries.  The wire is constructed of three layers of insulation, with the outermost layer made of polytetrafluoroethylene (PTFE), a synthetic fluoropolymer known for its exceptional properties.  The combination of triple insulation and PTFE materials makes FTIW wire ideal for applications requiring superior electrical performance, reliability and durability.

  • 0.1mm x 250 strands Triple Insulated copper Litz wire

    0.1mm x 250 strands Triple Insulated copper Litz wire

     

    This triple insulated wire consists of 250 strands of 0.1mm enameled copper wire. Its outer insulation enables it to withstand voltages up to 6000V, making it ideal for high voltage transformer windings and a variety of other high voltage applications.

  • TIW-F 155 0.071mm*270 Teflon Served Copper Llitz Wire For High Voltage Application

    TIW-F 155 0.071mm*270 Teflon Served Copper Llitz Wire For High Voltage Application

     

     

    The insulated stranded wire uses enameled copper conductors, covered with teflon layer. Its unique design and manufacturing process give it many advantages.

     

     

    The teflon layergreatly improves the insulation performance and voltage withstand capability,and it also has excellent wear resistance and chemical corrosion resistance, and can maintain stable working results in harsh working environments.

     

  • 0.15mm Yellow Solderable Triple Insulated wire For Power Supply Transformer

    0.15mm Yellow Solderable Triple Insulated wire For Power Supply Transformer

    Triple insulated wire(TIW) is also called three layers insulation wires that is one conductor with three extruded insulation to withstand high voltage(>6000v).

     

    Triple insulated wire is used in power transformers and realize miniaturization and cost reductions as no insulation tape or barrier tape is required between the primary and secondary windings of the transformers.

     

  • 0.4mm Black Color Triple Insulated Copper Wire

    0.4mm Black Color Triple Insulated Copper Wire

    Rvyuan Triple Insulated wire takes important part in the worldwide market with supreme quality and competitive price. Although we are not a famous brand,we have same certificates with well known brand in the world, and also the latter one always has better machine and craft, which means the quality is even better on some points like burn back, that is also proved by the market. Free sample 20meters for most sizes are available, welcome to verify.

  • UL Certified 0.40mm TIW Customized Blue Color Triple Insulated Copper Wire For Transformers

    UL Certified 0.40mm TIW Customized Blue Color Triple Insulated Copper Wire For Transformers

    We can customize different colors triple insulation wire: Blue, Green, Black, Yellow or according to customer’s request

  • Custom Green Color TIW-B 0.4mm Triple Insulated Wire

    Custom Green Color TIW-B 0.4mm Triple Insulated Wire

    The triple insulated wire is composed of three layers of insulation extruded and uniformly covered on the copper conductor, which meets the requirements of the UL specification and can be directly used in transformers, eliminating the need for materials such as interlayer insulation, retaining walls and bushings. Since there is no need to use an intermediate insulating tape, the transformer using three-layer wires can reduce its size, and can save overall material costs and processing costs. It is directly solderable and can be soldered directly without stripping the outer insulation first. It can also be made easy to peel for processing due to processing requirements.

  • UL System Certified 0.20mmTIW Wire Class B Triple Insulated Copper Wire

    UL System Certified 0.20mmTIW Wire Class B Triple Insulated Copper Wire

    Triple insulated wire or reinforced insulated wire that is made up of three layers, comletely insolates the primary from secondary of the transformer. Reinforced insulation provide various safety standards that eliminates barriers, inter layers tapes and insulating tubes in a transformer.

    The most advantage of the triple insulated wire is not only higher breakdown voltage that is up to 17KV, but In addition to reduction in size and economy in material costs of the transformer manufacture.

  • Class B / F Triple Insulated Wire 0.40mm TIW Solid Copper Winding Wire

    Class B / F Triple Insulated Wire 0.40mm TIW Solid Copper Winding Wire

    Here are many brands and types of triple insulated wire in the market, that is not easy to choose the right one you need. Here we bring you the main types of triple insulated wire with their own features for easier chosen, and all the triple insulated wire pass UL system certificate

  • Class 130 155 180 Yellow TIW Triple insulated winding wire

    Class 130 155 180 Yellow TIW Triple insulated winding wire

    Triple insulated wire or three layers insulated wire is a kind of winding wire but with three extruded insulation layers in safety standards around the circumference of the conductor.

    Triple insulated wire(TIW) are used in switched mode power supplies and realize miniaturization and cost reductions as no insulation tape or barrier tape is required between the primary and secondary windings of the transformers. Multiple thermal class options: class B(130), Class F(155), Class H(180) satisfy most applications.