KWR Anti Static Bag 76mm(W)x 127mm(L)
Technical Document
Specifications
Brand
KWRPackaging Type
Anti Static Bag
Type
Bag
Colour
Silver
Length
127mm
Width
76mm
Quantity Per Package
10
Dissipative
Yes
Conductive
No
Closure Type
Zipper
Static Shielding
Yes
Complies with EN 61340-5-1
Yes
Product details
KWR Zip-lock foil shielding bags
Zip-lock foil shielding bags are widely used for anti static protection when storing and transporting sensitive electronic circuits or components. The zipper lock closes securely to protect against dust and moisture.
These bags work on the Faraday shield principle, a Faraday Shield (also known as faraday cage) creates a protective barrier from electrostatic charges protecting items inside the bag from harmful static charges. Similar to a conductive tote box with a lid, a shielding bag creates a protective enclosure that “shields” items from harmful static charges.
Bags carry the identification logo as a reminder that their contents are sensitive to static electricity.
P.O.A.
Each (In a Pack of 10) (Exc. Vat)
10
P.O.A.
Each (In a Pack of 10) (Exc. Vat)
10
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Technical Document
Specifications
Brand
KWRPackaging Type
Anti Static Bag
Type
Bag
Colour
Silver
Length
127mm
Width
76mm
Quantity Per Package
10
Dissipative
Yes
Conductive
No
Closure Type
Zipper
Static Shielding
Yes
Complies with EN 61340-5-1
Yes
Product details
KWR Zip-lock foil shielding bags
Zip-lock foil shielding bags are widely used for anti static protection when storing and transporting sensitive electronic circuits or components. The zipper lock closes securely to protect against dust and moisture.
These bags work on the Faraday shield principle, a Faraday Shield (also known as faraday cage) creates a protective barrier from electrostatic charges protecting items inside the bag from harmful static charges. Similar to a conductive tote box with a lid, a shielding bag creates a protective enclosure that “shields” items from harmful static charges.
Bags carry the identification logo as a reminder that their contents are sensitive to static electricity.