Sheer-Shield® Nickel Over Copper Polyester Mesh

Name: Sheer-Shield® Nickel Over Copper Polyester Mesh
Brand: zippertubing
Availability: InStock

Sheer-Shield® is a lightweight, flexible, RoHS-complaint, nickel over copper polyester mesh that provides protection from EMI, RFI and corrosion.

Material Specification: 3214 RoHS

Raw materials are not available for standalone purchase; instead, they are intended to be integrated into a tailor-made, custom-engineered solution. Explore the possibilities below or contact an engineer to start your custom application today!

Overview

Shields EMI and RFI
Anti-corrosive
Lightweight, flexible and RoHS compliant

Sheer-Shield® is made from a thin polyester mesh, plated with copper then nickel, for protection against EMI and RFI. This RoHS-compliant material is lightweight, flexible and anti-corrosive; and does not flake or rub off during normal handling. Sheer-Shield® is nickel in color and has an operational temperature range from -40°F to 250°F (-40°C to 121°C).

Specifications

Weight: 1.3-2.3 oz/sq yd

Base Fabric: Polyester Mesh

Surface Resistivity: <0.1 ohms/sq

Coating: Nickel Plated Copper

REACH: Compliant

Material: Cloth

Thickness: 0.007" +/- 10%

Maximum Operating Temperature: 250°F

Minimum Operating Temperature: -40°F

RoHS: RoHS-10

Tensile Strength: 20 lbs/in

Shielding Data: 70/60 (100Mhz/1GHz)

Shielding Effectiveness: Good

Flexibility: Best

Specifications subject to change without notice. All statements and technical information contained herein are based on tests we believe to be reliable, but the accuracy or completeness is not guaranteed under all circumstances. Before using Zippertubing® products, the user shall determine suitability for the intended use, and user assumes all responsibility for improper selection. Published attenuation values of Zippertubing® shielding have been verified by laboratory testing of the respective shielding materials. Actual installed attenuation values may differ due to installation techniques and final assembly operation parameters which are beyond the control of Zippertubing®. Actual attenuation values can only be determined by the end user testing the completed assembly. U.S. and International Patents and patents pending. © The Zippertubing® Company, Chandler, Arizona.

Sheer-Shield® Nickel Over Copper Polyester Mesh

Sheer-Shield® is a lightweight, flexible, RoHS-complaint, nickel over copper polyester mesh that provides protection from EMI, RFI and corrosion.

Material Sprcification: 3214

Shields EMI and RFI
Anti-corrosive
Lightweight, flexible and RoHS compliant

WARNING: Raw materials are not sold separately, please contact the sales department for any special requirements.

SPECIFICATIONS

Weight: 1.3-2.3 oz/sq yd

Base Fabric: Polyester Mesh

Surface Resistivity: <0.1 ohms/sq

Coating: Nickel Plated Copper

REACH: Compliant

Material: Cloth

Thickness: 0.007" +/- 10%

Maximum Operating Temperature: 250°F

Minimum Operating Temperature: -40°F

RoHS: RoHS-10

Tensile Strength: 20 lbs/in

Shielding Data: 70/60 (100Mhz/1GHz)

Shielding Effectiveness: Good

Flexibility: Best

DESCRIPTION

Sheer-Shield® is made from a thin polyester mesh, plated with copper then nickel, for protection against EMI and RFI. This RoHS-compliant material is lightweight, flexible and anti-corrosive; and does not flake or rub off during normal handling. Sheer-Shield® is nickel in color and has an operational temperature range from -40°F to 250°F (-40°C to 121°C).

Specifications subject to change without notice. All statements and technical information contained herein are based on tests we believe to be reliable, but the accuracy or completeness is not guaranteed under all circumstances. Before using Zippertubing® products, the user shall determine suitability for the intended use, and user assumes all responsibility for improper selection. Published attenuation values of Zippertubing® shielding have been verified by laboratory testing of the respective shielding materials. Actual installed attenuation values may differ due to installation techniques and final assembly operation parameters which are beyond the control of Zippertubing®. Actual attenuation values can only be determined by the end user testing the completed assembly. U.S. and International Patents and patents pending. © The Zippertubing® Company, Chandler, Arizona.