Overview
A push plate mounts at hand height on the push side of a door, protecting the finish from hands and fingerprints. This 12in tall x 4in wide push plate is made from .040in brass with a brushed finish. Order it Basic, for installing with your own heavy-duty construction adhesive (adhesive not supplied) or with countersunk holes and factory-supplied #8 stainless steel screws. It is for interior use only. TheKickPlateStore covers it with a lifetime warranty against defects in material and workmanship. Bulk pricing applies automatically: 10% off 20+.
Brass Push Plate
12in x 4in, .040, Brushed Finish, Brass Push Plate
NOTE: Interior & Exterior Use
- The materials specified for interior use: Brass, Vinyl, Polycarbonate, and Un-Anodized Aluminum, are not designed or warranted for exterior applications.
- Only Stainless Steel, Diamond Plate, and Anodized Aluminum are recommended for both indoor and outdoor use, as they are engineered to withstand external environmental conditions.
- Improper use of interior-grade materials in exterior settings may result in premature wear, damage, or failure.
-
Description
Overview
A push plate mounts at hand height on the push side of a door, protecting the finish from hands and fingerprints. This 12in tall x 4in wide push plate is made from .040in brass with a brushed finish. Order it Basic, for installing with your own heavy-duty construction adhesive (adhesive not supplied) or with countersunk holes and factory-supplied #8 stainless steel screws. It is for interior use only. TheKickPlateStore covers it with a lifetime warranty against defects in material and workmanship. Bulk pricing applies automatically: 10% off 20+.
Brass Push Plate
12in x 4in, .040, Brushed Finish, Brass Push PlateNOTE: Interior & Exterior Use
- The materials specified for interior use: Brass, Vinyl, Polycarbonate, and Un-Anodized Aluminum, are not designed or warranted for exterior applications.
- Only Stainless Steel, Diamond Plate, and Anodized Aluminum are recommended for both indoor and outdoor use, as they are engineered to withstand external environmental conditions.
- Improper use of interior-grade materials in exterior settings may result in premature wear, damage, or failure.