Forged Steel Surface Bolt 250x40mm Retro Rustic Black 12mm for Gates and Doors

Product Overview

The Zasuwa ryglowa na kwadracie 250x40 fi 12 is a forged steel surface bolt designed in a rustic retro style for use on gates, barn doors, or interior wooden doors. Its substantial size makes it particularly suitable for installations in residential and agricultural properties where aesthetic value and sturdy mechanical fastening are required. The set includes a decorative keeper and locking mechanism, all finished in black.

What sets this model apart is its traditional hand-forged construction, which ensures both visual authenticity for heritage or themed projects and robust mechanical reliability compared to mass-produced stamped bolts. This combination of appearance and function makes it ideal for restoration projects, themed hospitality venues, as well as custom carpentry or craft joinery workshops sourcing authentic period hardware.

Key Features

• Forged steel construction ? ensures long-term mechanical durability and retro aesthetics


• Dimensions 250x40 mm ? suitable for large gates or rustic doors


• Bolt diameter 12 mm ? provides secure locking action for heavy wooden structures


• Rustic black finish ? enhances suitability for vintage or traditional interiors and exteriors


• Decorative keeper included ? matching style for coordinated hardware presentation


• Complete locking mechanism ? ready for immediate installation with all parts supplied

Technical Specifications

• Length: 250 mm


• Width: 40 mm


• Bolt Diameter: 12 mm


• Finish: Black (powder coated)


• Material: Forged steel


• Style: Rustic/retro

Applications

Used for securing gates, barn doors, and heavy interior doors in residential, farmhouse, themed hospitality, and restoration projects. Also suitable for craft joinery and carpentry installations where an authentic vintage or rustic appearance is required.

Packaging & Shipping

Standard export packaging. Each set includes a surface bolt, decorative keeper, and complete locking mechanism.