Instruction, News & Blogs
Product knowledge and News…
Articles
The 2023 Balao earthquake triggered severe liquefaction and settlement in Ecuador's coastal alluvial soils. Protect Latin American port logistics hubs using NEC-15 compliant lightweight pinned-base steel...
View Details
The 2023 earthquake devastated northwest Syria's already fragile infrastructure. Overcome severe shortages of heavy cranes and skilled labor with 100% bolt-assembled modular steel warehouses, A-class fire-rated...
View Details
The devastating 2023 East Anatolian Fault earthquakes leveled traditional heavy masonry industrial plants. Discover why rebuilding resilient production lines in Türkiye requires mass-reducing Q345B PEB portal...
View Details
The 2023 Khoy earthquake demonstrated the catastrophic compounding effect of tectonic ruptures occurring during sub-zero blizzards. Discover how Standard 2800 compliant ductile steel frames and high-thermal-resistance...
View Details
The 2022 Humboldt County earthquake reminded California of its constant seismic reality. Ensure your industrial facilities survive the "Big One" with AISC 341 Special Moment Frames...
View Details
The 2022 Markham Valley earthquake in Papua New Guinea triggered massive landslides and destroyed rigid structures in remote mining regions. Learn how 100% bolted, modular structural...
View Details
The 2022 Michoacán earthquake demonstrated how Mexico's soft lakebed soils amplify seismic resonance, devastating rigid buildings. Discover how frequency-tuned, flexible steel portal frames and continuously welded...
View Details
The 2021 Crete earthquake shattered thousands of rigid masonry buildings. Master Eurocode 8 (EN 1998-1) compliant high-ductility steel frames. Discover how marine-grade 316L continuous welded standing...
View Details
The 2012 Emilia-Romagna earthquakes revealed a fatal engineering flaw: precast concrete warehouses lacking mechanical connections collapse instantly. Discover how NTC 2018 compliant fully-bolted steel portal frames...
View Details
The Christchurch and Kaikōura earthquakes exposed a critical flaw: rigid buildings tear themselves apart. We break down the NZS 1170.5 "Low-Damage Design" standard. Discover how high-ductility...
View Details