RSJ Bolt Down

The RSJ Bolt Down Post is a core supporting component of our UK-manufactured Armco barrier systems, designed for installations where barriers need to be fixed securely onto existing concrete surfaces. Unlike dig-in posts, bolt-down posts are ideal for car parks, warehouses, and service yards where ground excavation is not practical.

Manufactured from heavy-duty rolled steel joists (RSJ) and finished with a hot-dip galvanised coating to BS EN ISO 1461 standards, the RSJ Bolt Down Post delivers outstanding strength, stability, and resistance to corrosion. Its robust design ensures reliable performance in high-traffic, high-impact environments.

Key Features of the RSJ Bolt Down Post:

• Durable construction – made from heavy-duty RSJ steel for maximum impact resistance.
• Bolt-down design – securely fixed to existing concrete surfaces with anchor bolts.
• Hot-dip galvanised finish – provides long-term protection against rust and weathering.
• Versatile compatibility – designed to work with all Armco beams, corners, and accessories.
• UK manufactured – supplied directly by Armco Barrier Supplies for guaranteed quality.

Typical Applications:

• Multi-storey and surface car parks.
• Warehouses, factories, and distribution centres.
• Service yards and loading bays.
• Areas where ground excavation is not possible.

FAQs – RSJ Bolt Down Post

1. What is the difference between Bolt Down and RSJ Dig-In posts?
The Bolt Down is designed to be fixed directly to a concrete surface using anchor bolts, whereas RSJ Dig-In posts are set into the ground. Bolt-down posts are ideal where excavation is not practical.

2. Is the Bolt Down suitable for outdoor use?
Yes. Each post is hot-dip galvanised to BS EN ISO 1461 standards, ensuring long-lasting resistance to rust, corrosion, and harsh weather conditions.

3. Can the RSJ Bolt Down be used with different Armco beam lengths?
Absolutely. The RSJ Bolt Down Post is compatible with all Armco beam sizes, including 1.3m, 1.9m, 3.5m, and radius beams, allowing flexibility in barrier system design.