• Inductive Components (for Electromagnetic Products)
• Microwave Oven Transformer
• Air Conditioning Reactor
• Washing Machine Reactor
• UPS Power Transformer
• Air Conditioner PFC Inductor
• EMI Filter
• Powder Core Inductor
• Elevator Transformer
• Medical Isolation Transformer
• Motor Products
• Range Hood DC Motor
• Range Hood AC Motor
• Vacuum Cleaner DC Motor
• DC Motor Controller
• Processing Components (for Household Appliances)
• Steam Generator System - for Food
• Steam Generator System - for Air
• Water Softening Device
• UV Sterilizer
• Inductive Components (for Renewable Energy Products)
• Filter Reactor
• Offshore Transformer
• Transformer and Reactor - Wind Power
• Control Transformer
• Transformer and Reactor - Photovoltaic
• Dual Core Transformer
• Reactor for Solar Inverter
• Inductor for PV Inverter
• Saturable Reactor
• Amorphous Material
• Amorphous Alloy
• Fe-based Amorphous
• Nanocrystalline
• Amorphous Cores

Nanocrystalline

Amorphous nanocrystalline is a recently developed soft magnetic material that is ideal for high-frequency transformers and mutual inductors in household, military and industrial usage. As an effective alternative to silicon steel, ferrite and permalloy, the switching power of the transformer with a nanocrystalline core can be 500kW, and the size is 50% smaller than that of ferrite transformers.

The Performance Feature of Amorphous Nanocrystalline Soft Magnetic Materials
Compared with traditional metal magnetic materials, a nanocrystalline soft magnetic material is high in saturation magnetic induction intensity and permeability (ten times more than that of ferrite), low in loss (1/3-1/5 that of silicon steel), low in magnetizing current and stable in temperature. It improves the efficiency of the transformer, and keeps the transformer’s size, weight and energy consumption low.

We now produce Fe-based amorphous ribbons of different specifications—1k107 and 1k107D— and in different sizes, 5-45mm. We are further exploring the preparation of cobalt based nanocrystalline and nickel based nanocrystalline transformers, which can be used in library security labels and brazing and soldering materials, respectively.

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  2. Control Transformer (for Elevator Control)
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  2. Isolation Transformer (Medical Grade)
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  2. Transformer and Reactor (for Plateau Photovoltaic Power Plant)
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  2. Transformer (with Dual Core)