DeLOCK Copper strips 35 x 7 mm self-adhesive 200 pieces

DeLOCK Copper strips 35 x 7 mm self-adhesive (200 pieces) are thin, self-adhesive copper tape pieces intended for EMI/RFI shielding and electrostatic charge drainage. Each strip measures 35 x 7 mm with a thickness of 0.06 mm. The 200-piece pack is suitable for small-scale electronic assemblies, repairs and installations where compact conductive contacts are required.

Advantages

These copper strips provide a conductive, adhesive solution for shielding against electromagnetic and radio-frequency interference and for grounding electrostatic charges. Their precise dimensions and slim thickness make them easy to fit into narrow spaces such as around Keystone modules and RJ45 connectors. Supplied in a bulk pack of 200 pieces, they offer a cost-effective option for repeated use in workshops or production environments.

Suitable for

• EMI/RFI shielding in electronic assemblies
• Grounding and electrostatic discharge (ESD) paths
• Installation around Keystone modules and RJ45 connectors
• Small repairs and prototyping of electronic devices

Key specifications

• Material: copper
• Dimensions (each): 35 x 7 mm
• Thickness: 0.06 mm
• Adhesive: self-adhesive backing
• Quantity: 200 pieces per pack
• Manufacturer: DELOCK
• MPN: 66974
• EAN: 4043619669745

How to use

Clean and dry the surface where the copper strip will be applied to ensure good adhesion and electrical contact. Peel the protective liner from the self-adhesive side and press the strip firmly into place, ensuring full contact with the conductive surfaces to be shielded or grounded. Trim or overlap strips as needed to cover gaps or create continuous conductive paths. For reliable long-term performance, avoid applying to surfaces with heavy contamination, oils or loose paint.

Recommendations

Use these strips where compact, conductive shielding or grounding is required, for example around Keystone modules and RJ45 connectors. Verify conductivity after application and consider additional mechanical fixation if strips are subject to mechanical stress or movement.