


PS-1342
P-SHIELD® PS-1342 is a single coated, nickel copper plated electrically conductive ripstop woven fabric with an electrically conductive acrylic adhesive providing conductivity in the x, y and z-plane.
PS-1332
P-SHIELD® PS-1332 is a double coated, nickel copper plated electrically conductive fabric with an electrically conductive acrylic pressure sensitive adhesive to allow conductivity in the x, y and z-plane.
PS-1204
P-SHIELD® PS-1204 is a single coated acrylic adhesive with a perforated, nickel copper plated conductive polyolefin foam carrier.
PS-1206
P-SHIELD® PS-1206 is a conductive acrylic adhesive multi-laminate with a nickel and copper plated, conductive polyurethane foam carrier containing a copper nickel mesh core to provide excellent conductivity in all axes, as well as structure and restitution.
PS-1321
P-SHIELD® PS-1321 is a conductive acrylic adhesive multi-laminate with a nickel and copper plated conductive polyurethane foam and copper foil carriers. The copper foil layer provides excellent conductivity in all axes and boosts the shielding effectiveness of the material. PS-1321 is supplied with a siliconized polyester liner.
PS-1323
P-SHIELD® PS-1323 is a conductive acrylic adhesive multi-laminate with a soft conductive nickel and copper plated polyurethane foam carrier containing a copper nickel mesh core to provide excellent conductivity in all axes, as well as structure and restitution.
PS-1357
P-SHIELD® PS-1357 is a conductive acrylic adhesive multi-laminate with an electrically conductive, nickel copper plated polyurethane foam carrier that has a woven fabric laminated to each side. The conductive acrylic adhesive provides fixation to the component and grounding.
PS-1768
P-SHIELD® PS-1768 is a conductive acrylic adhesive multi-laminate with a nickel and copper plated, ultra-soft conductive polyurethane foam carrier containing a copper nickel mesh core to provide excellent conductivity in all axes, as well as structure and restitution. The softness reduces forces on the adjacent components during compression while providing a stable grounding path.