Posts & Structural Supports
Engineered for Strength. Designed for Flexibility.
Explore Euro Acoustics steel post configurations for acoustic barrier and noise barrier fencing, including inter posts, corner posts, T-junction posts and end posts. Our 152 × 152 mm post sections support a range of barrier layouts, with H-post and U-post/column options available to suit project requirements. Final post selection is subject to site-specific structural and wind-load design.
Our system uses a combination of H posts and U posts/columns
with 152 × 152mm posts to create different support configurations.
Used for straight runs between panels. The Inter post is a 152 × 152mm post to support the panel sections.
Used for 90° corners. A U post/column is used in combination with a 152 × 152mm post to form a strong corner configuration.
Used where a fence line meets at a T junction. A U post/column is combined with a 152 × 152mm post to create a stable junction point.
Used at the end of a barrier run. A U post/column is used with a 152 × 152mm post to provide a clean and secure termination point.
Our 152 × 152mm steel posts are available in a range of section weights to suit different acoustic barrier heights and project requirements. Final post selection depends on wind load and structural calculations.
| 152 × 152 × 23 kg/m | 2–4m high fencing |
| 152 × 152 × 30 kg/m | 3–5m high fencing |
| 152 × 152 × 37 kg/m | 5–7m high fencing |
| 152 × 152 × 44 kg/m | 6–8m high fencing |
152 × 152mm hollow steel sections with 3mm wall thickness are also available. Approximate theoretical mass: 14 kg/m, subject to the actual section dimensions.
Lighter H posts are available for acoustic barrier installations up to 5m overall post length. A typical arrangement allows 1m below ground and 4m above ground, subject to structural design.
Every acoustic barrier project is different. Our team can help you identify the appropriate post size, configuration and installation requirements based on your barrier height, site conditions and project-specific wind-load calculations.
