Adjustable M20 Gate Hinge with Decorative Plate

Adjustable M20 Gate Hinge with Decorative Plate 100x100x4 mm, Zinc Plated – a strong steel adjustable hinge with an M20 thread and 100x100 mm mounting plate, designed for gates, pedestrian gates and other metal structures. The bolt-on mounting plate provides secure attachment, while the adjustable mechanism allows precise gate positioning.

The zinc-plated surface helps protect the steel against corrosion, moisture and environmental exposure. The M20 threaded construction allows the gate position to be adjusted during installation and corrected after mounting.

Technical Information:

• Code: 61.017
• Thread: M20
• Overall length: 88 mm
• Plate dimensions: 100 x 100 mm
• Plate thickness: 4 mm
• Material: Steel
• Surface: Zinc plated
• Mounting: Bolted through mounting holes
• Adjustable construction

Applications:

• Swing gates
• Pedestrian gates
• Driveway gates
• Metal gate structures
• Gate structures requiring position adjustment

Features:

• M20 thread allows precise gate position adjustment
• 100x100x4 mm plate provides a strong mounting base
• Hinge position can be corrected after installation
• Zinc-plated surface helps protect against corrosion
• Strong steel construction suitable for intensive use
• Suitable for outdoor applications

Related Products:

• Adjustable Gate Hinges
• Adjustable M16 Gate Hinge with Plate 61.016
• Mounting Plate for M16 Hinge 80x80x3 mm 61.016.P
• Gate Components

Frequently Asked Questions:

Can the hinge be adjusted after installation?
Yes. The M20 threaded construction allows the gate or pedestrian gate position to be corrected after installation.

What are the dimensions of the mounting plate?
The mounting plate measures 100 x 100 mm and is 4 mm thick.

How is this hinge installed?
The hinge has a mounting plate with fixing holes, allowing it to be bolted securely to a suitable gate or other structure.

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