Use the table to narrow the shortlist, then confirm the exact SKU against your frequency target, part geometry, installation method and finished-assembly requirement.
This table compares representative products from the current catalog. It is a selection aid, not a substitute for the complete product page or project-specific validation.
| SKU / Product | Construction | Width | Surface resistance | Catalog shielding specification | Family |
|---|---|---|---|---|---|
| X00606 230T Plain Weave Conductive EMF Shielding Fabric 1.1m Width | Plain | 1.1m | < 0.04 Ω | 80-60 dB | Conductive Fabric |
| X00664 230T Diamond Weave Conductive EMF Shielding Fabric 1.1m Width | Diamond | 1.1m | < 0.05 Ω | 80-60 dB | Conductive Fabric |
| X00721 260T Ripstop Weave Conductive EMF Shielding Fabric 1.1m Width | Ripstop (Grid) | 1.1 m | < 0.05 Ω | 80-60 dB | Conductive Fabric |
| X00797 260T Heavy-Duty Plain Weave Conductive EMF Shielding Fabric | Plain | 1.1m | < 0.05 Ω | 70-90 dB | Conductive Fabric |
| X006643 300T Silver Gray Diamond Grid EMI Shielding Fabric RFID Blocking Conductive Lining | Diamond Grid | 1100 mm | ≤ 0.05 Ω | 70–90 dB | Conductive Fabric |
| X00790 230T Plain Weave Conductive EMF Shielding Fabric 1.5m Width | Plain | 1.5m | < 0.04 Ω | 80-60 dB | Wide Conductive Fabric |
| X00748 Self-Adhesive Shielding Fabric Plain Weave | Plain | 1.06 m | < 0.04 Ω | 80-60 dB | Self-Adhesive Fabric |
| X00792 Self-Adhesive EMI Shielding Fabric Ripstop Weave | Ripstop | 1.06 m | < 0.04 Ω | 80-60 dB | Self-Adhesive Fabric |
| X00786 230T Rose Gold RFID Conductive Fabric | Plain | 1.1m | ≤ 0.05 Ω | 70 to 90 dB | RFID / Faraday Fabric |
| X00760 230T Single-Sided Black Silver-Gray EMF Shielding Fabric | Plain | 1100 mm | ≤ 0.1 Ω | @10MHz~3GHz: ≥ 75dB | Conductive Fabric |
Evaluate the 1.38 m–1.5 m wide families such as X00789, X00790 and the X00783–X00785 diamond-grid series.
Evaluate X00748 and X00792–X00796. Confirm substrate compatibility, bonding method and whether the project requires conductive adhesive behavior.
Compare plain, diamond and ripstop constructions against the drawing, converting process and mechanical requirements rather than assuming one weave is universally better.
Evaluate the flexible RFID/Faraday fabric family, but design seams, closures and penetrations as part of the shielding system.