Seismic Bracing Manufacturer for Building MEP Systems
Seismic bracing is a support and seismic protection system for building MEP services. By securely connecting pipes, ducts, cable trays, and other MEP installations to the building structure, seismic bracing helps limit system movement under seismic and other horizontal or vertical loads, reducing the risk of displacement, falling, collision, and damage to MEP systems.
EDOYON provides seismic bracing systems for plumbing, HVAC, fire protection piping, cable trays, and other MEP services. Product selection is based on project-specific conditions, including service type, pipe diameter or dimensions, system loads, installation method, support spacing, building structure, seismic design requirements, materials, and surface treatment.
- Materials: Carbon Steel / Galvanized Steel / Stainless Steel Options
- Standards: ASME / ISO / GB Options
Single Pipe Lateral Seismic Brace
≤DN150
Single-Pipe Two-Way Seismic Bracing
≤DN150
Two-Pipe Lateral Seismic Bracing
≤DN300, Cross arm L≤1.0m
Two-Pipe Two-Way Seismic Bracing
≤DN300, Cross arm L≤1.0m
Multi-Pipe Lateral Seismic Bracing
≤DN100, Cross arm L≤1.5m
多管双向抗震支架Multi-Pipe Two-Way Seismic Bracing
≤DN100, Cross arm L≤1.5m
Single Cable Tray Lateral Seismic Bracing
Cable tray width B ≤ 500 mm, crossarm length L ≤ 1.0 m
Single Cable Tray Two-Way Seismic Bracing
Cable tray width B ≤ 500 mm, crossarm length L ≤ 1.0 m
Double Cable Tray Lateral Seismic Bracing
Cable tray width B ≤ 500 mm, crossarm length L ≤ 1.0 m
Seismic Bracing for Two Cable Trays in Two Directions
Cable tray width B ≤ 500 mm, crossarm length L ≤ 1.0 m
多桥架侧向抗震支架 Multi-Cable Tray Lateral Seismic Bracing
Cable tray width B≤300mm，crossarm length L≤1.5m
Multi-Cable-Tray Two-Way Seismic Bracing
Cable tray width B≤300mm，crossarm length L≤1.5m
Single Rectangular Duct Lateral Seismic Bracing
Duct width B ≤ 2,500 mm, crossbeam L ≤ 3.0 m
Single Rectangular Duct Two-Way Seismic Bracing
Duct width B ≤ 2,500 mm, crossbeam L ≤ 3.0 m
Multi-Rectangular-Duct Lateral Seismic Bracing
Duct width B ≤ 2,500 mm, crossbeam L ≤ 6.0 m
Multi-Rectangular-Duct Two-Way Seismic Bracing
Duct width B ≤ 2,500 mm, crossbeam L ≤ 6.0 m
Round Duct Lateral Seismic Bracing
Duct outside diameter Ø ≤ 1250 mm.
Round Duct Two-Way Seismic Bracing
Duct outside diameter Ø ≤ 1250 mm
Combined Cable Tray and Pipe Lateral Seismic Bracing
Crossarm L≤1.5m
Combined Cable Tray and Pipe Two-Way Seismic Bracing
Cross-arm length L ≤ 1.5 m
Combined Cable Tray and Duct Lateral Seismic Bracing
Cross-arm length L ≤ 3 m
Combined Cable Tray and Duct Two-Way Seismic Bracing
Cross arm L≤3m
Combined Pipe and Duct Lateral Seismic Bracing
Cross arm L≤1.5m
Combined Pipe and Duct Two-Way Seismic Bracing
Cross arm L≤1.5m
Combined Plumbing, Electrical and HVAC Lateral Seismic Bracing
Cross arm L≤1.5m
Combined Plumbing, Electrical and HVAC Two-Way Seismic Bracing
Cross arm L≤1.5m
Extra-Large Duct Lateral Seismic Bracing
Cross arm L≤6m
Extra-Large Duct Two-Way Seismic Bracing
Cross arm L≤6m
Seismic Bracing for Fans and MEP Equipment
Fan weight ≤ 750 kg
Seismic Stainless Steel C Channel
Galvanized Steel C Channel
Aluzinc C Channel
HDG Seismic C Channel
Saddle Clip
Pipe Clamp
U-type Pipe Clamp
Double Pipe Clamp
Multi-pipe Clamp
Rubber Shock-absorbing
Seismic Hinge Connector
Seismic Adjustable Tie Rod
Seismic Base
2-hole Angle Bracket
Seismic Fastener
Column Connecting Pressing Plate
Rubber Damping Pad
Limit Block
U-bolt
U型螺栓
Threaded Rod
Fully threaded rods are used for mounting and connecting support systems and pipe clamps. Manufactured according to GB/T 196-2003, with an electro-galvanized surface treatment conforming to GB/T 9799-2011.
Flange Nut
Featuring an integrated flange for enhanced resistance to loosening. The surface is electro-galvanized in accordance with GB/T 9799-2011, with a property class of 8, complying with GB/T 6177.1-2016.
Hex Nut
Class 8 carbon steel with a rated load of 9.0 kN. The surface is electro-galvanized in accordance with GB/T 3098.2.
Flat Washer
Spring Washer
Expansion Anchor Bolt
Concrete substrate strength class: C20 to C60. Surface treatment: hot-dip galvanized, in accordance with GB/T 13912-2002.
Hex Bolt
Material: Q235B carbon steel, in accordance with GB/T 700-2006. Surface treatment: electro-galvanized, in accordance with GB/T 9799-2011. Property class: 8.8, complying with GB/T 3098.1-2010.
How Seismic Bracing Systems Work
Seismic bracing systems form a stable support structure through anchoring connections, bracing members, and pipe or service fastening components, securely connecting pipes, ducts, cable trays, and other MEP services to the building’s main structure.
During an earthquake or significant horizontal or vertical vibration, the seismic bracing system transfers and distributes the applied forces through its structural components, helping limit the movement of MEP services and improve overall system stability.
01. Seismic Forces Occur
When an earthquake or external vibration occurs, MEP services such as pipes, ducts, and cable trays generate inertial forces in both the horizontal and vertical directions.
02. Bracing Supports and Transfers Loads
The seismic bracing system forms a stable support structure through Slotted C Channel, Saddle Clips, connection fittings, and fastening components, transferring the forces generated by MEP services to the main building structure.
03. Limit MEP Service Movement
The support system uses strategically positioned seismic braces, cross braces, and pipe or service fastening components to help limit excessive displacement and movement of pipes and other MEP services during seismic events.
04. Maintain System Stability
After external vibrations subside, the seismic bracing system continues to provide stable support for pipes and other MEP services, helping reduce excessive movement and stress at connection points and improving the overall reliability of the MEP system.