1. ‌High-Strength Materials & Anti-Corrosion‌ ‌Q235B Carbon Steel + Hot-Dip Galvanizing‌: Core material with superior ductility, surface-treated for 20+ years corrosion resistance in humid/high-temperature environments‌. ‌Stainless Steel Option‌: Enhanced durability for highly corrosive scenarios‌. 2. ‌Seismic Safety & Structural Design‌ ‌Bidirectional/Lateral Seismic System‌: Adjustable diagonal braces (30°-90°) disperse transverse/longitudinal seismic forces‌. ‌Anti-Slip & Shear-Resistant Components‌: Steel-tooth connectors prevent duct displacement during earthquakes‌. 3. ‌Efficient Installation & Cost Control‌ ‌Modular Bolt-On Assembly‌: Welding-free ......

‌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 ......

1. ‌High-Strength Materials & Anti-Corrosion‌ ‌Q235B Carbon Steel + Hot-Dip Galvanizing‌: Core material with superior ductility, surface-treated for 20+ years corrosion resistance in humid/high-temperature environments‌. ‌Stainless Steel Option‌: Enhanced durability for highly corrosive scenarios‌. 2. ‌Seismic Safety & Structural Design‌ ‌Bidirectional/Lateral Seismic System‌: Adjustable diagonal braces (30°-90°) disperse transverse/longitudinal seismic forces‌. ‌Anti-Slip & Shear-Resistant Components‌: Steel-tooth connectors prevent duct displacement during earthquakes‌. 3. ‌Efficient Installation & Cost Control‌ ......