Smart Grid Inductor Filter Core with Nanocrystalline Plastic Case Design

Product Details
Customization: Available
Application: Electronic Products
Shape: Ring
Manufacturer/Factory & Trading Company
Gold Member Since 2024

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  • Smart Grid Inductor Filter Core with Nanocrystalline Plastic Case Design
  • Smart Grid Inductor Filter Core with Nanocrystalline Plastic Case Design
  • Smart Grid Inductor Filter Core with Nanocrystalline Plastic Case Design
  • Smart Grid Inductor Filter Core with Nanocrystalline Plastic Case Design
  • Smart Grid Inductor Filter Core with Nanocrystalline Plastic Case Design
  • Smart Grid Inductor Filter Core with Nanocrystalline Plastic Case Design
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  • Overview
  • Product Description
  • Detailed Photos
  • Product Parameters
  • Custom Services
  • Company Profile
  • Client Testimonials
  • Factory Facilities
  • FAQ
Overview

Basic Info.

Model NO.
JH221710
Grade
IATF 16949
Name
Nanocrystalline Core
Core Form
Plastic Case
Material Model
1K107
Core Dimensions (mm)
Od22* ID17* HD10
Finished Dimensions(mm)
Od24.4 ID*15.3* HD12.4
Item Weight (G)
13.4
Core Weight (G)
9.43
Transport Package
Carton and Wooden Box
Specification
OD 24.4mm, ID 15.3mm, HD 12.4mm
Trademark
JH
Origin
China
HS Code
854190
Production Capacity
65, 000, 000 Per Year

Product Description

Product Description

White Plastic Case Nanocrystalline Magnetic Ring


Benefits of Nanocrystalline Core:
 

1. High saturation magnetic induction (Bs)
 

2. Low core loss compare to other core materials
 

3. Good frequency and temperature characteristics,usable to 3000KHz
 

4. Good DC Bias characteristics
 

5. Low leakage flux
 

6. Size saving and lighter weight compare to others
 

 

Detailed Photos
Smart Grid Inductor Filter Core with Nanocrystalline Plastic Case Design
Smart Grid Inductor Filter Core with Nanocrystalline Plastic Case Design
Smart Grid Inductor Filter Core with Nanocrystalline Plastic Case Design
Smart Grid Inductor Filter Core with Nanocrystalline Plastic Case Design

 

Product Parameters
Typical    Parameter
Item No. JH 221710
Description White Plastic Case Nanocrystalline Magnetic Ring
Density 7.25g/cm3
Curie Temperature Tc =570ºC
Crystallization Temperature Tx =510ºC
Saturation Bs= 1.2T
Electrical Resistivity Ρ=100Ω-cm
Saturation Magnetostriction λs=2~3
Item Weight (g) 13.4
QTY/CTN (PCS) 900
Carton Size(cm) 31.5*31*17
Net Weight / CTN (KGS) 12
Gross Weight / CTN (KGS) 13
Package Optional Various packages meet your demands
 
 
 
 
Smart Grid Inductor Filter Core with Nanocrystalline Plastic Case Design
 


Standard Product list:
Item No. Core Dimensions (mm) Finished Dimensions  (mm) Core Cut Area (mm2) Ave. magnetic path length (mm) AL(µH)
  OD ID HT OD ID HT 10KHZ (±30%) 100KHZ  (Min)
JH181308 17.5 12.6 8 20.1 9.3 9.6 15.29 47.26 33 4.5
JH201208 20 12 8 22.5 9.8 10.1 24.32 50.24 60 7
JH201210 20 12 10 22.15 10.2 11.6 31.2 50.24 65 8
JH211510 21 15 10 23.9 12.8 13.2 24 57 25 5.25
JH221310 22 13 10 24.1 11.2 11.9 35.1 54.95 70 9
JH251608 25 16 8 28 13 11.5 28.08 64.37 55 5.5
JH252010 25 20 10 27.8 17.4 12.8 19 70.65 31 4
JH261610 26 16 10 28.8 13.7 12.8 38 65.94 72 9
JH281810 28 18 10 30.2 16.2 11.4 39 72.22 60 7
JH302010 30 20 10 32.7 17.7 12.8 38 78.5 60 7
JH302015 30 20 15 32.05 18.05 16.7 58.5 78.5 75 10
JH322008 32 20 8 35 17.5 11.5 31.2 78.5 55 6
JH322010 32 20 10 35 17.5 13 39 78.5 60 7.5
JH372415 37.8 24.2 15 41 21.7 17.5 79.56 97.34 85 13.5
JH383115 38 31 15 41.2 28 17.5 40.95 108.33 70 9
JH382320 38 23 20 41.2 20 22.5 117 95.8 90 14
Custom Services

Each of Dongguan JH's customers presents unique requirements, amplified by the diverse applications of our components. This is why we offer customized services, ensuring tailored solutions. Our custom capabilities allow us to boost component performance, meet specific design criteria, and address assembly, production, and distribution challenges comprehensively.

Company Profile

Founded in 2014, Dongguan JH Amorphous Co., Ltd. has emerged as a leading provider of components for cutting-edge electronics. Over a decade, we have honed our expertise and production skills, establishing ourselves as a top competitor in the industry.

Under the leadership of Mr. Hank Chan, with over 18 years of amorphous industry experience, we've created a strong OEM and ODM service portfolio. We proudly serve over 200 prestigious clients, including tech giants like Huawei, Geli, and Jinquanhua.

As a premier one-stop amorphous core manufacturer, we deliver an extensive suite of services-coating, slitting, stamping, winding, annealing, and bespoke assembly. Our R&D team provides unparalleled technical support, design evaluations, and testing from concept to full-scale production. Equipped to handle any fabrication volume, our products consistently meet customer performance expectations. Our manufacturing prowess is highlighted by state-of-the-art automation: 22 winding machines, 5 annealing setups, 4 automatic dispensing units, 5 assembly machines, 10 inductor testers, and a CCD auto-inspect machine. This automation elevates our annual output to 12,000,000 units with rigorous quality checks at every stage.

In our field, we offer a broad spectrum of amorphous and nanocrystalline materials, catering to all sizes and thicknesses for standard cores and custom tape-wound toroidal assemblies. We also provide the finest magnetic materials suite, perfectly suited for various transformer applications, ensuring adherence to critical size and weight specifications for audio components, compressors, inverters, conductors, transformers, chokes, and beyond.

Our dedication to quality is unwavering. We adhere strictly to ISO9001:2015 and IATF16949 standards, which reflect our commitment not only to compliance but also to safety, environmental stewardship, and pioneering innovation.

For a decade, we have led advancements in the performance, efficiency, and sustainability of amorphous cores. We continuously stay abreast of industry innovations.

Client Testimonials
Smart Grid Inductor Filter Core with Nanocrystalline Plastic Case Design
Smart Grid Inductor Filter Core with Nanocrystalline Plastic Case Design
Smart Grid Inductor Filter Core with Nanocrystalline Plastic Case Design
Factory Facilities

Smart Grid Inductor Filter Core with Nanocrystalline Plastic Case DesignSmart Grid Inductor Filter Core with Nanocrystalline Plastic Case Design

FAQ
Q: Are you trading company or manufacturer ?
A: We are an integrated manufacturer of magnetic components, encompassing research and development, production, and sales. We provide customers with one-stop energy-saving, high-efficiency electronic component technology solutions.
 
Q: Can I get samples?
A: Samples order testing is supported, which help customers understand the performance and quality of core's products more intuitively.
 
Q:.How long is the sample lead time?
A: For ready samples, it's about 2-3 days. If you require your own size, it takes about 7 days.
 
Q: How long is the production lead time?
A: Generally it is 5-10 days if the products are in stock. Or 15-30 days if the goods are not in stock, depending on order quantity and production schedule.
 
Q: Which kinds of certificate would you have?
A: ISO9001, IATF 16949, RoHs, UL,  MSDS and so on.
 
Q: What is your terms of payment ?
A: Total amount ≤ USD5000, 100% pay in advance. Total amount > USD5000, 30% T/T in advance ,balance pay off before shipment. 
    The L/C is accept for big order, it can be negotiable. 
 
FAQ for Materials
Q: What Effect Does Heating The Magnetic Material Have?
A: Magnetic materials properties are temperature dependent. When temperature rises the magnetic interaction in the materials reduces due to thermal energy enhancement. When thermal energy overcomes the magnetic energy , magnetic property will reduce drastically or become zero.
 
Q: What is 1K107 Nanocrystalline Alloy material? Where can it be used?
A: 1K107 Nanocrystalline Alloy is an industry reference material, with different characteristics than proprietary alloys. When the specification or the application calls for a magnetically soft or high permeability material, 1K107 Nanocrystalline Alloy can frequently be successfully applied.
 
Q: Why must 1K107 Nanocrystalline Alloy  be final annealed to develop magnetic shielding performance?
A: To obtain optimum magnetic properties, annealing MuMetal® alloy following fabrication is essential. This should be done in a furnace that allows for careful control of the annealing temperature and cooling rate. Optimum properties are reached in a pure hydrogen atmosphere.
Q.5. Why does MuMetal or Co-Netic not be used at cryogenic temperature?
 
Q: What are the limitations on using 1K107 Nanocrystalline Alloy material?
A: The main limitation of the material is its high core loss at 50 Hz when compared with other soft magnetic materials.
 
Q: Why is coating required for parts made from 1K107 Nanocrystalline Alloy material?
A: SiFe materials are more prone to corrosion hence, to avoid corrosion, rusting or oxidation, coating is highly recommended for SiFe materials based components

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