FF16 T-Strap Hinge 15 Inch / 381 mm Steel 6mm Thick Black Finish (2 Pieces)

Product Overview

The Zawias pasowy T 15" / 381 mm FF16 is a strap hinge designed for doors, gates, and wickets, primarily used in residential and light commercial settings. Fabricated from steel with a black finish, the hinge measures 372x102x6 mm and comes packaged with matching black installation screws.

A key differentiator of the FF16 model is its robust 6 mm thickness, offering enhanced durability compared to standard strap hinges typically used in lightweight applications. This thickness minimizes risk of deformation under frequent use or moderate weight, making it especially suitable for bulk procurement in renovation and construction projects involving exterior gates or heavy wooden doors.

Key Features

• Steel construction ? provides structural strength for gates, doors, and fence wickets


• 6 mm hinge thickness ? superior resistance to bending and wear in frequent-use scenarios


• Black finish ? corrosion protection and visual uniformity for exterior installations


• Dimensions 372x102x6 mm ? fits medium to large doors and gates with secure mounting


• Installation screws included ? simplifies procurement and speeds up onsite installation


• Sold as 2-piece set ? convenient for paired door/gate applications

Technical Specifications

• Hinge Type: T-strap


• Length: 381 mm (15")


• Dimensions: 372x102x6 mm


• Material: Steel


• Finish: Black


• Pieces per set: 2


• Mounting Screws: Included, black color

Applications

Appropriate for mounting wooden or metal doors, gates, and fence wickets in residential homes, small commercial buildings, farm properties, and renovation projects. Designed for exterior and utility installations requiring moderate load support and matching black hardware. Suitable for bulk purchases for construction, refurbishment, and landscaping contractors.

Packaging & Shipping

Standard export packaging. Each set contains two hinges and a set of black mounting screws, individually boxed for protection during transit.