Diamond Plate Push Plate
12in (304.8mm x 4in (101.6mm) .063, Tread Brite, Mirror Finish, Diamond Plate 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 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.
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.
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Description
Diamond Plate Push Plate
12in (304.8mm x 4in (101.6mm) .063, Tread Brite, Mirror Finish, Diamond Plate 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 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.
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.