Views: 0 Author: Site Editor Publish Time: 2026-09-16 Origin: Site
For overhead MEP pipeline projects, reliable pipe hangers are not only used to bear static pipe weight, but also serve as critical links to transfer seismic forces during earthquakes. The seismic pipe hanger with U-type clamp is engineered specifically for suspended single pipe layouts, perfectly integrating with seismic bracing systems to protect overhead piping.
Design & Function | On-Site Benefit |
Two-part structure: upper bracket frame + lower U-shaped pipe clamp | Forms an integrated assembly purpose-built for suspended single pipe layouts. |
Optimized energy-dissipating profile | Tailored for seismic applications and delivers superior seismic energy dissipation. |
Through connector pin joining upper and lower sections | Preserves structural flexibility while locking the assembly together, balancing load bearing and seismic resilience. |
Upper hanger frame | Provides a solid mounting point for threaded rod suspension. |
Bottom U-clamp | Wraps firmly around the pipe body to maintain stable pipe restraint under static loads and seismic shaking. |
Compatible with seismic diagonal bracing connections | Efficiently transfers seismic loads from pipelines to the main building structure, preventing pipe displacement or collapse. |
Built for single pipe suspended by threaded rods | Essential for fire protection, water supply and HVAC overhead piping systems. |
Three-step on-site assembly | Upper bracket onto suspension threaded rods, U-clamp around the pipe, through pin to finish; cuts field labour time and reduces installation errors. |
This seismic pipe hanger adopts a two-part structure: an upper bracket frame paired with a lower U-shaped pipe clamp. It features an optimized energy-dissipating profile tailored for seismic applications. The connector pin runs through the upper and lower sections, forming an integrated assembly that maintains stable pipe restraint under static loads and seismic shaking.
It is built for single pipe installation suspended by threaded rods. One core advantage is its compatibility with seismic diagonal bracing connections. When earthquakes strike, the hanger efficiently transfers seismic loads from pipelines to the main building structure, preventing pipe displacement or collapse, which is essential for fire protection, water supply and HVAC overhead piping systems.
The upper hanger frame provides a solid mounting point for threaded rod suspension, while the bottom U-clamp wraps firmly around the pipe body. Its optimized shape delivers superior seismic energy dissipation. The pin connection between upper and lower segments preserves structural flexibility while locking the assembly together, balancing load bearing and seismic resilience.
Assembly on site follows a straightforward workflow. The upper bracket is secured onto suspension threaded rods. The lower U-clamp fastens around the pipe. A through pin connects the top and bottom components to finish installation. This simple assembly cuts down field labour time and reduces installation errors on construction sites.
Traditional pipe hangers often only support static weight without proper seismic load transfer capability. This dedicated seismic pipe hanger unifies suspension and seismic restraint. It simplifies seismic bracing layout design for engineers and speeds up installation for contractors.
When incorporated into full seismic support systems, it safeguards suspended pipelines and helps projects comply with global building seismic safety standards.
