High-rise construction presents some of the most demanding conditions for temporary edge protection. As buildings rise higher, the consequences of failure increase, environmental exposure intensifies, and construction sequencing becomes more complex.
Working at height remains one of the highest-risk activities in construction. Falls from height continue to be a leading cause of serious injury and fatalities across the industry. As a result, selecting the correct safety system is critical.
Selecting the right temporary edge protection system is critical to maintaining safety, compliance, and efficiency on site. With different structural types, construction sequences, and risk profiles, a one-size-fits-all approach rarely works.
Edge protection systems are designed for one purpose, keeping people safe when working at height. But not all environments are created equal. Coastal sites face corrosion and salt exposure, high-rise towers battle wind load and movement, and elevated bridges demand robust stability over open spans.
In a market where safety, speed, and reliability define success, distributors are looking for engineered products that stand out from generic site equipment. For edge protection, the choice of supplier directly affects profitability, client confidence, and operational efficiency.
For years, “drill-and-fix” edge protection was the default: drill into the slab, set anchors, bolt the posts, repeat. But drilling costs time, creates dust exposure risks, and damages the structure. Modern tool-free, slab-to-soffit compression systems flip that script — delivering faster installs, cleaner sites, and compliant safety at height.
On a construction site, no two forces are the same. A worker leaning on a guardrail applies a steady pressure, while a sudden stumble into a panel delivers an unpredictable impact. Edge protection systems must withstand both types of forces if they are to keep people safe.
Falls from height remain the leading cause of fatalities in construction worldwide. Temporary edge protection is one of the most effective safeguards — but only if it’s planned, installed, and maintained correctly. Here are the five most common edge protection mistakes on site — and how to avoid them.
Construction never stands still, and neither do safety standards. As projects become taller, faster, and more complex, regulations evolve to make sure workers remain protected. The latest update, BS EN 13374:2025, sets a new benchmark for temporary edge protection systems across Europe.
