1. Core Performance Advantages
Superior Seismic Resistance
Utilizes diagonal bracing and multi-directional linkage mechanisms (e.g., pipe clamps and sliding columns) to withstand both longitudinal (P-wave) and transverse (S-wave) seismic forces, minimizing displacement risks for pipelines, ducts, and cable trays.
Converts seismic energy into horizontal and vertical loads, distributing stress to building structures for enhanced stability.
High-Strength Materials & Durability
Cold-formed C-shaped channel steel and high-strength anchors ensure load capacity ≥35 kN, compatible with concrete structures of varying strengths.
Surface treatments (electro-galvanized, hot-dip galvanized) provide corrosion resistance, extending service life to 30+ years under normal conditions.
Flexibility & Compatibility
Modular components support cross-disciplinary applications (HVAC, electrical, fire protection), optimizing space utilization and avoiding pipeline conflicts.
Adjustable height/angle designs with pre-drilled holes accommodate thermal expansion of pipelines without welding.
2. Installation & Maintenance Benefits
Fast Installation
Bolt-together assembly reduces labor and time costs by 30%, eliminating on-site welding and minimizing errors.
Prefabricated components ensure precision and consistency in installation.
Low Maintenance
Modular structure allows easy disassembly and reuse, reducing renovation costs.
Maintenance-free design prevents rust and aging, lowering lifecycle costs.
3. Cost-Effectiveness & Application Scenarios
Optimized Total Cost
Reduces material usage by 30% compared to traditional steel supports, lowering procurement costs.
Universal solutions suit diverse scenarios: commercial complexes, airports, stadiums, etc..
Critical Scenario Adaptability
Fire protection-specific braces ensure continuous operation of sprinklers and smoke exhaust systems during earthquakes.
Thermal expansion compensators for insulated pipelines prevent structural damage from temperature fluctuations.
4. Certifications & Technical Support
Complies with GB50981-2014 and CJ/T476 standards, validated by mechanical tests and real-world seismic simulations.
Offers full-cycle support: on-site installation guidance, customized engineering reviews, and multi-disciplinary coordination services.
Summary
Seismic bracing systems integrate high-strength materials, optimized structural design, and standardized assembly to deliver safety, efficiency, and durability. They are the optimal solution for seismic protection in building electromechanical engineering