Corner Posts Ultra Heavy Duty 760mm Galvanised & Powder Coated

Description

The Corner Posts Ultra Heavy Duty 760mm Powder Coated are premium safety posts designed to protect corners in high-traffic and industrial environments. Manufactured in the UK from reinforced steel and finished with a durable powder coating, these 760mm posts combine exceptional impact resistance with long-lasting corrosion protection and a professional appearance.

Ideal for warehouses, factories, car parks, and loading bays, the Ultra Heavy Duty Corner Posts absorb impacts from vehicles, forklifts, and trolleys, minimising damage to infrastructure and safety barriers. The powder-coated finish ensures suitability for both indoor and outdoor use while providing a visually appealing finish that can be colour-coded for safety compliance.

Quick and easy to install, these posts are compatible with standard Armco barrier systems and can be integrated into new layouts or retrofitted to existing installations, offering a reliable, low-maintenance corner protection solution.

Key Features

• Ultra heavy-duty 760mm corner posts with powder-coated finish
• Reinforced steel construction for high impact resistance
• Durable powder coating for corrosion protection and professional appearance
• Suitable for warehouses, factories, car parks, and loading bays
• Compatible with standard Armco barrier systems
• Quick and easy installation for new builds or retrofits
• Low-maintenance and long-lasting durability
• Manufactured in the UK to BS/EN standards

FAQs

1. What are the Corner Posts Ultra Heavy Duty 760mm Powder Coated used for?
They protect corners in high-traffic and industrial areas, preventing damage to vehicles, infrastructure, and Armco barrier systems.

2. Can these posts be used outdoors?
Yes, the powder-coated steel provides excellent corrosion resistance, making them suitable for external applications.

3. Are these powder-coated posts compatible with existing Armco barriers?
Yes, they can be integrated seamlessly with standard Armco barrier systems in both new and existing layouts.