
/ 2026/09/21
— Horizontal Lifeline Systems: A Practical Guide to Fall Protection on Industrial Roofs
/ 2026/09/15
— Differentiated Fall Protection During Construction: A Complete Guide
Fall risks in construction evolve as the project progresses. During the foundation phase, the focus is on preventing falls into excavations; during the structural phase, the priority is controlling edge protection and cross-operation hazards; during the finishing phase, the emphasis shifts to openings, shafts, and exterior wall work; and during the final phase, the risk lies in premature removal of temporary protections. Therefore, **fall protection measures in construction** cannot rely on a single, uniform approach throughout the project—they must be adjusted at each stage.
According to GB 55034—2022, when working at a height of 2 meters or more above the reference fall height level, safety protection facilities must be installed, and anti-slip measures must be taken. Openings such as reserved holes, elevator shafts, floors with protective barriers lower than 1.2 meters, balconies, and roof edges must all be equipped with protective measures.
/ 2026/09/08
— Barriers to Effective Fall Protection Implementation: Three Core Causes and Actionable Solutions
Many enterprises have purchased compliant fall protection systems and established complete protocols, yet instances of workers not wearing protective equipment, or wearing it improperly, still persist on site.
The problem does not lie in the equipment itself, but in the breakdowns across three areas: psychology, management, and competency.
/ 2026/09/01
— Ladder Safety Usage Guide
/ 2026/08/25
— Why Working at Heights Training Is Essential
According to data released at the Emergency Management Department’s Q2 2026 press conference, a total of 3,258 production safety accidents occurred nationwide in the first quarter, resulting in 3,122 deaths and missing persons. / 2026/08/18
— Building Enterprise High-Altitude Safety Systems: A 5-Level Guide from Zero to Mastery
/ 2026/08/11
— Management Guide for Personal Fall Protection Systems: Based on FMEA Latent Failure Analysis
The traditional passive management approach of "periodic annual inspection + post-incident corrective action" suffers from significant response lag. This guide introduces Failure Mode and Effects Analysis (FMEA) to help EHS professionals proactively identify latent failures in fall protection systems, elevating management from reactive compliance to proactive prevention.
/ 2026/08/04
— Work-at-Height Compliance Explained: Criteria, Equipment, and Rescue Blind Spots
/ 2026/08/04
— Choosing the Right Fall Protection System: A Cross-Industry Comparison
/ 2026/07/21
— Workplace Fall Prevention: The 10 Critical Hazard Scenarios Every Site Manager Must Know