(1K101) Iron-Based Amorphous Thin Strip, (1K107) Ultrafine Nano-Crystalline Metal Foil, Transformer Core Material, 1-PCS/Set (1, [1K107] Nano-Crystalline, 122mm Width, 0.026 * 2000mm, Thickness*L)

★This series of products consists of two types of metal strips, which are 【1K101】 iron-based amorphous alloys (Fe-based amorphous alloys) and 【1K107】 (iron-based nanocrystalline alloys). ★The detailed size parameters are provided in the options. Please carefully confirm them before purchasing. ★The advantages of amorphous alloys are high strength and toughness: significantly higher than that of conventional steel materials. They can be used as composite reinforcing materials. Amorphous alloys have excellent soft magnetic properties and can be used as transformer cores, widely applied in the power electronics industry. ★【1K101】Iron-based amorphous alloys (Fe-based amorphous alloys) Iron-based amorphous alloys are composed of 80% Fe and 20% Si, along with B-type metal elements. They have a high saturation magnetic induction (1.54T), and in terms of magnetic permeability, excitation current, and iron loss, they are superior to silicon steel sheets. Especially, the iron loss is low (one-third to one-fifth of oriented silicon steel sheets), and replacing silicon steel for power distribution transformers can save 60-70% energy. ★【1K101】The thickness of the strip material of iron-based amorphous alloy is approximately 0.03mm. It is widely used in distribution transformers, high-power switching power supplies, amplifiers, medium-frequency transformers and inverter cores, and is suitable for use at frequencies below 10kHz. ★【1K107】 (Iron-based nanocrystalline alloy) The iron-based nanocrystalline alloy is an alloy mainly composed of iron elements, with a small amount of Nb, Cu, Si, and B elements added. It is formed through a rapid solidification process. This amorphous material can be heat-treated to obtain microcrystals with diameters ranging from 10 to 20 nm, which are dispersed and distributed on the amorphous matrix and are called microcrystalline, nanocrystalline materials or nanocrystalline materials. ★【1K107】The resistivity of the iron-based nanocrystalline alloy is 80/cm, and the optimal frequency range is 20kHz - 50kHz. It is widely used in high-power switching power supplies, current transformers' iron cores, common-mode inductors' iron cores, etc. ★1PCS/set

• ★This series of products consists of two types of metal strips, which are 【1K101】 iron-based amorphous alloys (Fe-based amorphous alloys) and 【1K107】 (iron-based nanocrystalline alloys).
• ★The detailed size parameters are provided in the options. Please carefully confirm them before purchasing.
• ★The advantages of amorphous alloys are high strength and toughness: significantly higher than that of conventional steel materials. They can be used as composite reinforcing materials. Amorphous alloys have excellent soft magnetic properties and can be used as transformer cores, widely applied in the power electronics industry.
• ★【1K101】Iron-based amorphous alloys (Fe-based amorphous alloys) Iron-based amorphous alloys are composed of 80% Fe and 20% Si, along with B-type metal elements. They have a high saturation magnetic induction (1.54T), and in terms of magnetic permeability, excitation current, and iron loss, they are superior to silicon steel sheets. Especially, the iron loss is low (one-third to one-fifth of oriented silicon steel sheets), and replacing silicon steel for power distribution transformers can save 60-70% energy.
• ★【1K101】The thickness of the strip material of iron-based amorphous alloy is approximately 0.03mm. It is widely used in distribution transformers, high-power switching power supplies, amplifiers, medium-frequency transformers and inverter cores, and is suitable for use at frequencies below 10kHz.
• ★【1K107】 (Iron-based nanocrystalline alloy) The iron-based nanocrystalline alloy is an alloy mainly composed of iron elements, with a small amount of Nb, Cu, Si, and B elements added. It is formed through a rapid solidification process. This amorphous material can be heat-treated to obtain microcrystals with diameters ranging from 10 to 20 nm, which are dispersed and distributed on the amorphous matrix and are called microcrystalline, nanocrystalline materials or nanocrystalline materials.
• ★【1K107】The resistivity of the iron-based nanocrystalline alloy is 80/cm, and the optimal frequency range is 20kHz - 50kHz. It is widely used in high-power switching power supplies, current transformers' iron cores, common-mode inductors' iron cores, etc.
• ★1PCS/set