ore Selling Points of Cable Tray Seismic Bracing Products
1. High-Performance Seismic Structural Design
Dual-directional/Lateral Seismic Structure: Distributes seismic forces through diagonal braces and channel steel components, ensuring energy dissipation during earthquakes .
Anti-Slip and Shear-Resistant Design: Integrated steel teeth on connectors prevent cable tray slippage under seismic loads .
Adaptability to Complex Seismic Waves: Adjustable brace angles (30°–90°) and spacing optimize resistance to transverse/longitudinal seismic forces .
2. Durable Materials and Anti-Corrosion Technology
High-Strength Materials: Q235B carbon steel and stainless steel provide superior ductility and impact resistance .
Surface Treatments: Hot-dip galvanizing, electroplating, and powder coating enhance corrosion resistance for harsh environments (e.g., humidity, high temperature) .
3. Modular and Rapid Installation
Welding-Free Assembly: Standardized components with bolt connections reduce installation time by over 30% .
On-Site Adjustability: Supports cutting and resizing to fit diverse cable tray dimensions (inner diameter ≥60mm) and building layouts .
4. Full-Scenario Compatibility
Wide Applications: Suitable for commercial buildings, metro stations, data centers, and industrial facilities .
Multi-Disciplinary Support: Compatible with electrical, HVAC, and fire protection systems (e.g., CZ-shaped steel brackets) .
5. Compliance with Global Standards
Certifications: Meets GB50981-2014 (China), UL, and FM standards for seismic safety .
Dynamic Load Testing: Validates capacity to withstand longitudinal/lateral forces under seismic conditions .
6. Customization and Service Support
Fast Delivery: Factory-stocked raw materials enable quick order fulfillment .
Technical Expertise: Patent-backed designs and end-to-end engineering support (e.g., ABB’s Superstrut solutions) .
Note: Key parameters (e.g., load capacity ≥150N/m) align with industry standards and project-specific requirements .