D&D SHUT IT Half BadAss Bolt-On Gate Hinge w/ Sealed Bearings - Steel (EA) - CI3770

The Half Bolt-On BadAss Gate Hinge by D&D Technologies Inc. SHUT IT is a Steel Bolt-On Gate Hinge with a Zinc Plated Finish that is designed to be used on applications where welding the hinges to the gate and end post is not an option, therefore the only option left is to bolt them on.
Part Number: CI3770

$81.5488 each
OR
 

Details

D&D SHUT IT Half BadAss Bolt-On Gate Hinge w/ Sealed Bearings - Steel (EA) - CI3770

The Half Bolt-On BadAss Gate Hinge by D&D Technologies SHUT IT Gate Hardware is a Steel Bolt-On Gate Hinge with a Zinc Plated Finish that is designed to be used on applications where welding the hinges to the gate and end post is not an option, therefore the only option left is to bolt them on. It is produced by using CNC Machining involving the use of high-tech computer-controlled machines to create a nearly perfect product with the tightest tolerances in the gate hinge industry. On top of that, it also features a unique bushing design to bring you near frictionless movement without ever having to worry about maintenance.

Features:

  • Body Material: Steel, Zinc Plated Finish
  • Yoke Material: Steel
  • Two Sealed Maintenance Free Bearings (no greasing)
  • Adjustable Yoke For Perfect Installations
  • Ideal For Flat Post Installations
  • Maximum Gate Weight: 1000 lbs
  • Maximum Gate Load: 2000 lbs
  • Bolt-On Installation
  • Limited Lifetime Warranty

SKU CI3770
Finish Zinc
Series SHUT-IT
Ideal Gate Gap 2 1/2" - 3" (64-76 mm)
Ideal Application Driveway Gate (Single or Double Gate), Pedestrian Gate, Pet Gate, Playground Gate, Privacy Gate, Public/Commercial Gate, Safety Gate, Security Gate, Side Gate
Gate Frame/Post Shape Square-To-Round, Square-To-Square
Hinge Closing Type Non-Self Closing
Mounting Method Bolt-On, Weld-On
Sealed Bearings 2
Max Gate Weight 1,000 lbs.
Max Gate Load (lbs) 2,000
Yoke Material Steel
Body Material Steel
Height 7.5"
Manufacturer D&D Technologies, Inc - SHUT IT GATE HARDWARE
Unit Combination Single