Hartai Technology Co., Ltd

15+ years experience

Own factory, strict quality control

R&D team, OEM &ODM service

Trust-worth partner with TDK etc

Home
Products
About Us
Factory Tour
Quality Control
Contact Us
Request A Quote
Home ProductsInductive Charging Coil

Smd Transformer Inductive Charging Coil 0.59mm Thickness With Copper Wire Material

Certification
Good quality Wireless Charging Coil for sales
Good quality Wireless Charging Coil for sales
You are providing excellent service, on time delivery and stable quality to us, we are very happy to cooperate with you!

—— —— Ceyhan Capanoglu

High quality products, competitive price and rapid delivery, I like to cooperate with the supplier.

—— —— Irene Prado

Good quality,reasonable price,punctual delivery that's what I got from Jeiyip.

—— —— Roy Brett

I'm Online Chat Now

Smd Transformer Inductive Charging Coil 0.59mm Thickness With Copper Wire Material

China Smd Transformer Inductive Charging Coil 0.59mm Thickness With Copper Wire Material supplier
Smd Transformer Inductive Charging Coil 0.59mm Thickness With Copper Wire Material supplier Smd Transformer Inductive Charging Coil 0.59mm Thickness With Copper Wire Material supplier Smd Transformer Inductive Charging Coil 0.59mm Thickness With Copper Wire Material supplier Smd Transformer Inductive Charging Coil 0.59mm Thickness With Copper Wire Material supplier

Large Image :  Smd Transformer Inductive Charging Coil 0.59mm Thickness With Copper Wire Material

Product Details:

Place of Origin: Guangdong, China
Brand Name: Defuli
Certification: ISO
Model Number: c20

Payment & Shipping Terms:

Minimum Order Quantity: 10pcs
Price: negotiation
Packaging Details: Plastic tray/foam tray, standard export carton
Delivery Time: 5-8 working days
Payment Terms: T/T, Western Union, Paypal
Supply Ability: 20000 Piece/Pieces per Month
Contact Now
Detailed Product Description
Material: Copper Wire ID: 5.1mm
OD: 14.5mm Thickness: 0.59mm
Use: Inductance Coil OEM: Accept
MOQ: 10pcs Type: Inductor Coil

Custom Various Smd Transformer Coil Inductor Coil/Electromagnetic Choke Coil Inductors

 

 

Specifications

 

High quality self-bonding wire

More than 10 years experience

Sumsung supplier

OEM order avaialble

 

 

Product feature

 

Charging Coil

Customized air-core coil

Low MOQ

 

 

Product description

 

 Name  Customized coil
 Material                      Self-bonding copper wire/ silk-covered wire
 ID   5.1mm
 OD  14.5mm
 Thickness  0.59mm

 

 

Our advantage

 

Various coil mould toolings are available.
Temperature choice from normal 130°c to 220°c.
Winding capability from Φ0.02~Φ3.0mm, various kinds of litz wires.
Most Competitive Price in best Quality.
OEM, ODM capability for customer Request.

 

 

Company information

 

 

     Defuli Co. Ltd with over 10 years' experience in wireless charging coil, air core self-bonding coil, inductor coil, toy coil, rfid coil, sensor coil etc.  OEM order is available.

 

 

 

FAQ:


What is Wireless Charging?


    Wireless Charging is essentially the transmission of an electrical current from a power source to a receiving device without physical connection. The electrical current is used to charge or re-charge the battery. In this circumstance the receiving device can be anything, such as smartphones, wearables, even a car.

How does wireless charging work?


    Wireless Charging is based on the principle of Wireless Power or Magnetic Resonance - the process whereby electricity is transferred between two objects through coils.

What is Qi?

  Qi (pronounced "chee") is the global standard for wireless charging. Qi is the only wireless power solution fully integrated into smart phones. Developed by the Wireless Power Consortium in 2010, Qi guarantees that any phone, camera, remote, or other device carrying the Qi logo will match to QI standard device, regardless of manufacturer or brand.

Smd Transformer Inductive Charging Coil 0.59mm Thickness With Copper Wire Material

 

Contact Details
Defuli Co., Ltd

Contact Person: Connie

Tel: +8615099719245

Send your inquiry directly to us (0 / 3000)