Technical Documents
Specifications
Brand
3MProduct Type
Shielding Sheet
Material
Copper Foil, Polyurethane Plated With Copper Nickel Alloy (Foam), Foil Backing, Conductive Fabric, Nickel Copper Alloy Non-Woven Foil Backing, Soft Magnetic Composite, Soft Magnetic Foil, Nickel Copper Alloy Woven, Fabric Backing, Conductive Foam Laminated With Fabric, Nanocrystalline
Fixing Method
Surface Mount
Thickness
4mm
Length
320mm
Width
320mm
Maximum Operating Temperature
105°C
Standards/Approvals
ASTM D1000, ASTM D3330
Country of Origin
Korea, Republic Of
Product Details
The 3M Flux Field Directional Material is a magnetic composite material consisting of a carrier resin with magnetic fillers. This versatile material can be used efficiently for EMI absorbing and magnetic shielding. It offers extremely high permeability and high magnetic loss to suppress EMI noise at the target frequency range. Because it functions as both an EMI absorber and a magnetic shield, this material is excellent for creating high-performing custom stackups and preventing short circuits in electrical systems.
Stock information temporarily unavailable.
SR 20,850.00
SR 417.00 Each (In a Pack of 50) (ex VAT)
SR 23,977.50
SR 479.55 Each (In a Pack of 50) (inc. VAT)
50
SR 20,850.00
SR 417.00 Each (In a Pack of 50) (ex VAT)
SR 23,977.50
SR 479.55 Each (In a Pack of 50) (inc. VAT)
Stock information temporarily unavailable.
50
Technical Documents
Specifications
Brand
3MProduct Type
Shielding Sheet
Material
Copper Foil, Polyurethane Plated With Copper Nickel Alloy (Foam), Foil Backing, Conductive Fabric, Nickel Copper Alloy Non-Woven Foil Backing, Soft Magnetic Composite, Soft Magnetic Foil, Nickel Copper Alloy Woven, Fabric Backing, Conductive Foam Laminated With Fabric, Nanocrystalline
Fixing Method
Surface Mount
Thickness
4mm
Length
320mm
Width
320mm
Maximum Operating Temperature
105°C
Standards/Approvals
ASTM D1000, ASTM D3330
Country of Origin
Korea, Republic Of
Product Details
The 3M Flux Field Directional Material is a magnetic composite material consisting of a carrier resin with magnetic fillers. This versatile material can be used efficiently for EMI absorbing and magnetic shielding. It offers extremely high permeability and high magnetic loss to suppress EMI noise at the target frequency range. Because it functions as both an EMI absorber and a magnetic shield, this material is excellent for creating high-performing custom stackups and preventing short circuits in electrical systems.
