Enamelled Round Copper Wire

U0 is an enamelled wire without a winding layer, which is suitable for applications that do not require complex winding due to its simpler structure and lower cost. 1. Excellent abrasion resistance: UEFN is treated with a special coating, which provides a high degree of surface hardness and abrasion resistance. This makes it ideally suited for use in motor winding manufacturing environments that are subjected to frequent mechanical stress. 2. Excellent flexibility: The

Grade one is the thinnest insulation level and is suitable for applications where space and weight are critical It is widely used in the winding manufacturing field of high-end motors, transformers and other electrical equipment. Its excellent heat, insulation, and mechanical properties make it the material of choice for many industrial applications. 1.Good mechanical properties. UEW combines high tensile strength and flexibility to withstand a wide range of mechanical

U2 and U3 are double-layer and triple-layer windings respectively, which are more suitable for higher power and current applications and have better electromagnetic shielding performance. 1. excellent flexibility. the insulation layer of UEFN has been specially softened to maintain good insulation properties and at the same time has a high degree of flexibility. This facilitates the moulding and winding of stator windings. 2. Excellent heat resistance: UEFN can work stably at

0.1-100 UEWF High Thermal Polyurethane enamelled wire Theramal class 155 Stranded Wire refers to a thicker wire diameter that can withstand higher currents and is used in applications such as high power motors or transformers. The choice of wire diameter needs to be weighed against the specific electrical performance requirements. UEF1 enameled wire, fully known as heat resistant polyurethane enameled wire, belongs to polyurethane enameled wire.UEF1 enameled wire occupies a

Wide application: UEW enameled wire is widely used in various motors, electrical appliances and household appliances, etc. Especially in recent years, the electric power industry has realized a sustained and rapid growth, and the rapid development of household appliances has brought a broader space for the application of UEW enameled wire. Better insulation performance. The thickness of the insulation layer of UEW can reach 0.03-0.3mm, and it has excellent withstand voltage

U2 and U3 are double-layer and triple-layer windings respectively, which are more suitable for higher power and current applications and have better electromagnetic shielding performance. 1. excellent flexibility. the insulation layer of UEFN has been specially softened to maintain good insulation properties and at the same time has a high degree of flexibility. This facilitates the moulding and winding of stator windings. 2. Excellent heat resistance: UEFN can work stably at

Single refers to a thinner wire diameter for applications with high space requirements or low current loads. 1. Excellent abrasion resistance: UEFN is treated with a special coating, which provides a high degree of surface hardness and abrasion resistance. This makes it ideally suited for use in motor winding manufacturing environments that are subjected to frequent mechanical stress. 2. Excellent flexibility: The insulation layer of UEFN has been specially softened to

Grade 1 is the thinnest insulation level, suitable for applications with strict requirements on space and weight. HAI Enameled Wire is a premium electromagnetic wire material designed to provide long-lasting performance and reliability, and is ideally suited for use in a variety of electrical applications, especially in demanding industrial and commercial environments. This enameled wire utilizes selected raw materials and advanced manufacturing techniques to ensure excellent

1. High heat stability: UEWH enameled wire uses "polyurethane" resin as the insulation layer, which has extremely high heat resistance and stability. This characteristic allows UEWH wires to maintain stable electrical and mechanical properties at high temperatures. 2. Good direct weldability: UEWH enameled wire has good direct weldability, which means that there is no need to scrape off the paint film during the welding process, and it can be welded directly. This feature not

0.04mm-2.60mm UEWF Grade one High Theramal Polyurathane enamelled wire Theramal class 155 UEF1 enameled wire, fully known as heat resistant polyurethane enameled wire, belongs to polyurethane enameled wire.UEF1 enameled wire occupies a place in the winding wire market with its excellent performance and wide range of applications. The following are the main advantages of UEF1 enameled wire: Wide application: UEF1 enameled wire is widely used in various motors, electrical

0.04mm-1.60mm UEWF Grade two High Thermal Polyurathane enamelled wire Theramal class 155 Grade two has a thicker insulating layer and is safer and more reliable at higher voltages and temperatures. UEF1 enameled wire, fully known as heat resistant polyurethane enameled wire, belongs to polyurethane enameled wire.UEF1 enameled wire occupies a place in the winding wire market with its excellent performance and wide range of applications. The following are the main advantages of

0.04mm-1.60mm UEWF Single High Thermal Polyurathane enamelled wire Theramal class 155 Compared with UEW series, UEF1 has the following features. Single means thinner wire diameter for applications with higher space requirements or lower current loads. 1. Superior insulation properties: UEF1 has an insulation layer thickness of 0.03-0.3mm, which provides excellent voltage withstand characteristics in high voltage environments. This makes it ideally suited for transformer and

0.04mm-1.60mm UEWF U2 High Thermal Polyurathane enamelled wire Theramal class 155 Compared with the UEW series, the UEF1 has the following features: High heat resistance: UEF1 enameled wire has a heat resistance class F, with a heat resistance temperature index of up to 155°C. This characteristic enables UEF1 enameled wire to withstand the high temperatures generated by electrical equipment such as motors and transformers during operation, which ensures the stability and