Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB

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  • 4 yrs

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Product Highlights

  • High Shielding Effectiveness: Provides >99.99% shielding effectiveness with 71-95dB attenuation across 30MHz-20GHz.
  • Durable Metal Coating: Copper and nickel plating prevents oxidation and corrosion while ensuring high conductivity.
  • Flexible & Anti-Radiation: Excellent flexibility and resistance to tortuous characteristics for professional shielding use.
  • Multi-Industry Application: Ideal for shielding rooms, IT fields, electronic overalls, and computer signal lines.
  • Customizable Specifications: Offers custom color (Grey/Black), weight (75-80g/Sqm), and thickness (0.08-0.09mm).
  • RoHS Certified Material: Meets RoHS standards, ensuring safety and compliance for electronic product shielding.

Product Images of Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB

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Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB pictures & photos
Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB
Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB pictures & photos
Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB
Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB pictures & photos
Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB
Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB pictures & photos
Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB
Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB pictures & photos
Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB
Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB pictures & photos
Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB
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  • Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB
    Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB
  • Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB
    Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB
  • Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB
    Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB
  • Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB
    Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB
  • Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB
    Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB
  • Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB
    Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB

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Product Description

emf/rf/emi/RFID Blocking Fabric Nickel Copper Plated conductive fabric ROHS 80-95dB

rfid blocking fabric 
nickel copper fabric 
nickel fabric 
copper fabric 
Product Parameters

 

 
Shielding effctiveness: >99.99%
Conductivity: 0.03ohm-0.05ohm
Attenuation: 71-95dB 30MHz-20GHz
Fabric Width 1.09m 
GSM 75-80g/sqm 
 
Certifications

Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dBEmf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB


 
Product Description

 

Composition:

Conductive cloth is made of metal fibre textile, formed by nylon or polyester fiber surface coated with metals such as copper and nickel. Fiber surface layer is made of high conductivity copper,

The surface is a combination of copper and nickel, which can prevent oxidation and corrosion.

So it can provide extremely high electrical conductivity and shielding effectiveness; As well as anti-oxidation and anti-corrosion. It is an ideal material to shield all kinds of electronic products.

They can be used for professional shielding work overalls engaged in electronic and electromagnetic radiation work; Shielding cloth in shielding room; Special shielding cloth in IT filed, etc.





Properties of conductive fabric:



Conductive fabric has excellent flexibility and excellent resistance to tortuous characteristics; Formed by the metal on the surface of nickel, copper, it has excellent electrical conductivity, excellent anti electromagnetic interference characteristics.



When conductive cloth meets the waves, it will reflect, absorb and penetrate on the basis of the nature of the object to provide excellent shielding effect. Conductive cloth is widely used in many advanced electronic devices with high

Additional value, also widely used to produce conductive foam, fill the space in institutions design, prevent leakage of noise, in addition, also lots used in the computer signal lines, ribbon cable, etc
 
Detailed Photos

 

Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB
Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dBEmf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB
Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dBEmf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB
Packaging & Shipping
Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB

Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB

Company Profile

 

Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB
Factory Tour

 

Emf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dBEmf/RF/EMI/RFID Blocking Fabric Nickel Copper Plated Conductive Fabric RoHS 80-95dB

About the Supplier

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Beijing Haoai Electronic Technology Co., Ltd.
Beijing Haoai Electronic Technology Co., Ltd.
Beijing Haoai Electronic Technology Co., Ltd.
Beijing Haoai Electronic Technology Co., Ltd.
Beijing Haoai Electronic Technology Co., Ltd.
Beijing Haoai Electronic Technology Co., Ltd.
Beijing Haoai Electronic Technology Co., Ltd.
Beijing Haoai Electronic Technology Co., Ltd.

About Our Factory & Business Background

Address
Times Fortune Center, Fengtai District, Beijing, China
Terms of Payment
T/T, PayPal, Small-amount payment
International Commercial Terms(Incoterms)
FOB, CFR
Average Lead Time
Peak Season Lead Time: within 15 workdays
Off Season Lead Time: within 15 workdays
Nearest Port
Shenzhen, Tianjin, Shanghai

Our Production Capability & Technical Expertise

Main Products
RFID Blocking Fabric, Emf Shielding Fabric, Emf Shield Clothing, Nickel Copper Fabric, EMI Shielding Fabric, Earthing Sheet, Conductive Fabric, Anti Radiation Fabric, Silver Mesh Fabric, Magnetic Health Care Fabric

Our Industry Experience & Global Business Record

Export Year
2013-04-06
Main Markets
North America, South America, Eastern Europe, Southeast Asia, Africa, Oceania, Mid East, Eastern Asia, Western Europe

FAQ

What is the shielding effectiveness of this fabric?
The fabric provides >99.99% shielding effectiveness with an attenuation of 71-95dB across the 30MHz-20GHz frequency range.
What materials is the conductive fabric made of?
It is composed of 72% Polyester, 22% Copper, and 6% Nickel, with a metal coating on the fiber surface to prevent oxidation.
Can the color and weight of the fabric be customized?
Yes, we offer customization for color (Grey, Black), weight (75-80g/Sqm), surface resistance, and thickness.
What are the typical applications for this shielding fabric?
It is widely used for professional shielding work overalls, shielding rooms, IT field applications, and preventing noise leakage in electronic devices.
What is the lead time for orders?
The average lead time is within 15 workdays, regardless of whether it is peak season or off season.
What payment terms are accepted?
We accept T/T, PayPal, and Small-amount payment as our terms of payment.

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