Adjustable M16 Gate Hinge

Adjustable M16 Gate Hinge, 80 mm, Zinc-Plated – a strong steel adjustable hinge with M16 thread designed for swing gates and pedestrian gates. The adjustment mechanism allows accurate gate alignment during installation and makes it possible to correct the gate position after installation.

The zinc-plated surface helps protect the hinge against corrosion and environmental exposure, making it suitable for outdoor applications. Its strong construction provides stable gate mounting and convenient adjustment.

Technical Information:

• Code: 61.023.16
• Thread: M16
• Overall length: 80 mm
• Bolt length: 38 mm
• Eye width: 35 mm
• Permissible load per pair: 65 kg (for gates up to 2 m)
• Material: Steel
• Surface: Zinc plated
• Adjustable after installation

Applications:

• Swing driveway gates
• Pedestrian gates
• Metal gate structures
• Gate mounting to posts
• New gate fabrication
• Gate repair and adjustment

Advantages:

• M16 thread allows convenient gate position adjustment
• Can be adjusted after installation
• Zinc-plated surface helps protect against corrosion
• Suitable for outdoor applications
• Strong steel construction
• Simple and convenient installation

Related Products:

• Adjustable M18 Gate Hinge, 100 mm 61.023
• Adjustable M18 Gate Hinge, 80 mm 61.021.18
• Adjustable M20 Gate Hinge, 88 mm 61.021.20
• Adjustable Gate Hinges

Frequently Asked Questions:

What thread size does this adjustable hinge have?
This model has an M16 thread and is designed for gates and pedestrian gates.

What is the overall length of the hinge?
The overall hinge length is 80 mm and the bolt length is 38 mm.

What is the permissible hinge load?
A pair of hinges is rated for a load of up to 65 kg when used on gates up to 2 metres long.

Can the gate position be adjusted after installation?
Yes. The hinge construction allows the gate position to be corrected after installation.

Is the hinge suitable for outdoor use?
Yes. The zinc-plated surface helps protect the steel against corrosion and environmental exposure.