Panduit MPMS25C0 Masonry Push Mount Cable Tie Anchor

Product Description

The PANDUIT MPMS25C0 is a masonry push-mount cable tie anchor designed to secure cable ties to concrete, block, and masonry surfaces without the need for adhesives or screws. The anchor is pressed directly into a pre-drilled hole, locking in place to provide a firm mounting point for standard cable ties. Electricians and low-voltage installers use this type of fastener when routing wire bundles along masonry walls, ceilings, or floors where conventional screw-mount clips are impractical. This product ships in a 100-unit pack, making it suitable for larger wire management projects or service van stocking.

This anchor is well suited for commercial and industrial electrical installations where wire bundles must be routed along concrete or block surfaces. Typical applications include panel-to-panel wire runs along masonry walls, conduit support layouts, and structured cabling pathways in mechanical rooms or utility spaces. The push-mount design speeds up installation compared to screw-in anchors, reducing labor time on repetitive runs.

Key Features

• Push-mount design installs directly into pre-drilled masonry holes without screws or adhesive
• Compatible with 0.25 inch mounting hole diameter
• Accepts standard cable ties for bundling and routing wire
• 100-unit pack quantity supports production-volume installations
• Suitable for concrete, block, and other masonry substrates

Compatibility

Designed as an OEM-style replacement or standard-supply item for masonry cable tie mount applications in commercial and industrial electrical installations.

Installation Notes

Installation is performed by licensed electricians or low-voltage technicians following applicable NEC guidelines for cable support and wire management. De-energize all circuits in the work area before beginning wire routing or tie-down work. Drill the masonry hole to the correct diameter before pressing the anchor in place. Do not force the anchor into an undersized hole, as this may compromise retention strength.