by admin | Jun 4, 2026 | en建筑物结构加固、改造板块2
1.Overview: High-quality engineering pursues “invisible reinforcement” No. With modern minimally invasive reinforcement techniques combined with meticulous finishing restoration, the traces of reinforcement can almost completely disappear. The standard for...
by admin | Jun 4, 2026 | en建筑物结构加固、改造板块2
1、 Overview: A powerful tool for “spatial reconstruction” in old urban areas Completely feasible. In residential buildings and Ruko (shophouses) on floors 1-3 in Indonesia, using synchronous hydraulic jacking technology to lift the entire house and insert...
by admin | Jun 4, 2026 | en建筑物结构加固、改造板块2
I. Core Logic: Transition from “Vertical Stacking” to “Force Decoupling” Traditional concrete floor additions often trigger legally mandated “foundation reinforcement” requirements, causing delays of several months. The core idea of...
by admin | Jun 4, 2026 | en建筑物结构加固、改造板块2
I.OverviewAdding floors directly = A “high-stakes gamble” with assets and lives In Indonesia’s construction context, adding floors without reinforcing the foundation is strictly prohibited. Over 95% of existing foundations were not designed with...
by admin | Jun 4, 2026 | en建筑物结构加固、改造板块2
1.OverviewThe vast majority of earthquake-damaged buildings can be made “as solid as a rock.” Indonesia is one of the most seismically active countries globally. The vast majority of earthquake-damaged buildings (especially those whose main structural...
by admin | Jun 4, 2026 | en建筑物结构加固、改造板块2
1.Overview: The majority of fire-damaged buildings can be “revitalized” Due to high land costs and the cumbersome PBG (rebuilding approval) process, reinforcement and repair are the preferred options for post-fire asset disposal. As long as the main...