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  • Company Details

    Anyang Kayo Amorphous Technology Co.,Ltd.

     [Henan,China]

    Business Type:Manufacturer

    Main Markets: Americas , Asia , Caribbean , East Europe , Europe , Middle East , North Europe , Oceania , West Europe

    Exporter:71% - 80%

    Certs:ISO9001, RoHS

    Description:Iron Core manufacturer / supplier, offering Current Transformer,Nano Ribbon, etc.

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Anyang Kayo Amorphous Technology Co.,Ltd.

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Amorphous And Nano … Electric Component Ribbon CT Current Transformer Read more>>
Magnetic Beads For High Saturation >>
Nano CMC Iron core>>
Amorphous And Nano Core For CT >>
High Permeability Magnetic Ring >>
Utility And Compound Iron Core >>
Nano CMC Iron core>>
High Performance Filter Inducdance >>
Nano Crystalline Non-Cutting >>
Utility-Choke-Coil-For-Transformer >>
Good-quality-Electric-Component >>
Best-Common-Mode-Choke-Coil >>
Best-And-Customized-Filter-Inductance >>
Choke-Coil-For-Filter-Inductance >>
High-Performance-Filter-Inductance>>
High-Frequency-Transformer-Coil >>
Reliable-High-Frequency-Transformer >>
Fe-Based-Amorphous-Soft-Magnetic-Strips >>
High-Frequency-Amorphous-Metal-Strip >>
Good-Fe-based-Nano-Ribbon >>
Exported-Nano-and-Crystalline-Ribbon >>
Wear-And-Corrosion-Resistance... >>
Ribbon-For-Magnetic-Amplifier-Core >>
Customized-Co-based-Amorphous-Ribbon >>
Factory-Price-Amorphous-Ribbon... >>
Current-Transformer-With-Factory-Price >>
Current-Transformer-Can-Be-Customized >>
Small-Volume-Current-Transformer >>
Current-Transformer-With-Reasonable-Price >>
Small-Dimension-Current-Transformer >>
Apply to Power Measurement Micro ... >>
High-Linear-Consistency-CT >>
Good-Low-Voltage-Current-Transformer >>

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  • CT For Single-phase Electricity Meters

    CT For Single-phase Electricity Meters

  • CT Current Transformer

    CT Current Transformer

  • Amorphous And Nano Iron Core

    Amorphous And Nano Iron Core

About us

Anyang Kayo Amorphous Technology Co., Ltd. was founded in 2011 with a registered capital of RMB 5 million. It is a professional manufacturer of amorphous and nanocrystalline magnetic cores and amorphous and nanocrystalline devices. We are a technology production company that takes production as the core, technological research and development as a supporting facility, and integrates design,development,production and sales in a body.

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Why Choose Us

  • A company specializing in the production of amorphous and nanocrystalline magnetic cores and amorphous and nanocrystalline devices. We are a production as the core, technology research and development for supporting facilities, set design, development, production, sales in one of the science and technology production company.

  • The company has more than 100 automatic winding machines, 5 vacuum annealing furnaces, 9 transverse magnetic furnaces, 15 detection and sorting machines, more than 50 semi-automatic winding machines, 10 automatic dispensing machines, 50 sets of various testing instruments.

  • According to market demand and customer demand, we can not only provide you with professional, high quality, stable automation equipment, but also provide you with equipment and magnetic ring production and processing services.

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About Us

KAYO was established in 2011 with a registered capital of 20 million yuan.It has a high-tech enterprise focusing on the research and development,production,sales and service of high performance amorphous new material and products.Our company`s main products are amorphous/nanocrystalline/ferrite/powder/silicon steel Iron Core,inductors,transformers and other series,to provide customers with inductor,transformer solution is our long-term goal. To provide reliable quality,competitive price products,and common development with customers " is Kayo amorphous enterprise philosophy.The product route and research and development direction of KAYO meet the development needs of current new energy industry:high-frequency,miniaturization,energy saving and high energy density of power electronic devices.The company`s products are widely used in solar energy,photovoltaic power generation,electric vehicles,charging piles,rail transit,smart grid,white home appliance,switching power supply medical equipment,instrument,special power supplies and other fields.

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  • WhyDoVehiclesNeedIronCoreParts?

    April 23, 2024

    Ironcorepartsareessentialcomponentsinvehiclesbecauseoftheiruniquepropertiesandabilitytomeetthespecificrequirementsofautomotiveengineering.Thesepartsaremadefromironorironalloysandplayacrucialroleinensuringtheefficientandeffectiveoperationofvarioussystemswithinvehiclessuchasengines,brakes,andsuspensionsystems.Inthisarticle,wewillexplorethereasonswhyvehiclesneedironcorepartsandtheimportanceofthesecomponentsintheoverallfunctioningofavehicle. Oneoftheprimaryreasonswhyvehiclesneedironcorepartsistheirstrengthanddurability.Ironisastrongandrobustmaterialthatcanwithstandhightemperatures,vibrations,andotherharshconditionsthatvehiclesaresubjectedto.Ironcorepartsprovidethenecessarysupportandstabilitytothevehicle'scomponents,ensuringtheirlongevityandreliability.Forexample,engineblocksandcrankshafts,whicharecriticalcomponentsinanautomobile,areoftenmadefromcastironduetoitshighstrengthandwearresistance. Inadditiontostrength,ironcorepartsalsoofferexcellentmagneticproperties,makingthemidealforuseinvariouselectricalandelectronicsystemsinvehicles.Ironcorepartssuchaselectromagnets,transformers,andinductorsareessentialforpoweringandcontrollingdifferentfunctionswithinavehicle,suchasignitionsystems,powerwindows,andelectricsteering.Iron'smagneticpropertiesallowforefficientenergytransferandconversion,makingthesecomponentsanintegralpartofmodernautomotivetechnology.

  • HowDoesIronCoreEnhancePowerTransfers?

    April 23, 2024

    Anironcoreiscommonlyusedinelectricaltransformerstoenhancepowertransfersduetoitsuniquemagneticproperties.Whenanalternatingcurrent(AC)passesthroughtheprimarywindingofatransformer,itcreatesachangingmagneticfieldintheironcore.Thischangingmagneticfieldinducesavoltageinthesecondarywindingofthetransformer,whichallowsforpowertobetransferredfromonecircuittoanother. Oneofthekeywaysinwhichanironcoreenhancespowertransfersisthroughmagneticflux.Theironcorehasahighmagneticpermeability,whichmeansitcanefficientlyconductmagneticflux.Thisallowsforastrongmagneticfieldtobeestablishedwithinthecore,whichinturnincreasestheefficiencyofpowertransferbetweentheprimaryandsecondarywindings.Thehigherthemagneticpermeabilityoftheironcore,thelowerthereluctanceofthemagneticcircuit,resultinginlowerlossesandhigherefficiencyinpowertransfers. Additionally,theironcoreprovidesapathforthemagneticfieldtoflow,whichconcentratesthemagneticfluxandreducesleakageofthefield.Thisenablesmoreofthemagneticfieldtointeractwiththesecondarywinding,increasingthelevelofinductionandimprovingtheefficiencyofpowertransfer.Withouttheironcore,themagneticfieldwouldspreadoutanddissipate,leadingtodecreasedpowertransferefficiency. Anotherimportantfactorinhowanironcoreenhancespowertransfersisitsabilitytoincreasetheinductanceofthetransformer.Theironcoreincreasestheinductanceofthecoilsbyprovidingaclosedmagneticcircuit,whichallowsforbetterenergystorageandtransfer.Thehighertheinductance,thelowertheimpedanceofthetransformer,resultinginimprovedpowertransfercapabilities.

  • What Makes Iron Core Technology Superior?

    February 23, 2024

    Iron core technology is often considered superior for several reasons.One of the main reasons is its high efficiency and energy savings compared to traditional coreless transformers.Iron core transformers have a much higher power factor and lower core losses,resulting in lower energy consumption and reduced operating costs. Additionally,iron core technology offers better voltage regulation,which means a more stable output voltage under varying load conditions.This is critical for ensuring the safe and reliable operation of electrical equipment.Iron core transformers also have a higher short-circuit strength,making them more robust and able to handle sudden voltage spikes or current surges. Furthermore,iron core transformers have a longer lifespan and require less maintenance compared to coreless transformers.This is because the iron core provides better thermal conductivity,allowing for improved heat dissipation and avoiding overheating issues that can shorten the lifespan of the transformer. In terms of design flexibility,iron core technology offers more options for customization and optimization.The design of the iron core can be tailored to specific requirements and applications,allowing for better performance and efficiency.This is particularly important for industries with unique or specialized needs,such as medical equipment,industrial machinery,and renewable energy systems. Overall,iron core technology is superior due to its higher efficiency,better performance,and longer lifespan compared to traditional coreless transformers.It is a reliable and cost-effective solution for a wide range of applications,making it the preferred choice for many industries and sectors.

  • How Does Iron Core Enhance Performance?

    February 23, 2024

    An iron core is a crucial component in many electromechanical devices such as transformers,inductors,and electric motors.Its presence is essential for enhancing the performance of these devices in several ways.In this article,we will delve into the specifics of how an iron core enhances overall performance in electromechanical systems. Magnetic Flux Concentration:One of the primary functions of an iron core is to concentrate magnetic flux.When a current passes through a coil wound around an iron core,the magnetic field produced is significantly amplified compared to if the coil was wound around an air core.This concentrated magnetic flux ensures efficient operation of the device and enables higher levels of power transfer. Increased Inductance:The presence of an iron core in an inductor increases its inductance.Inductors are used in electronic circuits for energy storage and filtering purposes.The use of an iron core allows for the storage of more energy per unit volume,making the inductor more efficient and responsive to changes in current flow. Enhanced Efficiency:Iron cores play a crucial role in improving the efficiency of transformers and electric motors.In transformers,the iron core reduces losses due to eddy currents and hysteresis,resulting in higher efficiency and reduced heat generation.Similarly,in electric motors,an iron core helps in enhancing the magnetic field strength,leading to higher torque production and improved overall performance. Reduced Energy Losses:Iron cores are also instrumental in reducing energy losses in electromechanical devices.The magnetic properties of iron allow for the efficient transfer of energy without significant losses,thereby improving the overall energy efficiency of the system.This is

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