Analysis of metallurgical-industry accidents in 2025 shows that heat, dust, and mechanical hazards remain major concerns. Companies should therefore review both their PPE selection strategy and the management process used to issue, inspect, and replace equipment.
In 2025, production safety incidents in the non-ferrous metal industry exposed multiple risks such as high temperature, dust, and toxic gases. Enterprise procurement and safety management personnel need to re-evaluate the suitability and protection levels of Personal Protective Equipment (PPE) to reduce operational risks at the source.
Data on production safety accidents in the building materials industry in 2025 shows that accidents related to falls from height, mechanical injuries, and noise exposure continue to account for a high proportion, exposing deep-seated issues in the configuration and management of personal protective equipment in high-risk work scenarios. This article, based on typical accident cases, analyzes the key role of head and hearing protection in building materials production, providing practical ideas for risk identification and protection upgrades for corporate EHS managers.
The 2025 machinery industry production safety accident data shows that operational injuries, machinery entanglement, and noise exposure remain the main risk sources. This article combines typical accident types to analyze the common blind spots in current corporate PPE configuration and proposes improvement ideas for on-site management.
The 2025 light industry and textile industry production safety accident data shows that mechanical injury, dust exposure, and hearing damage remain the main risk points. Facing the persistently high incidence of accident types, enterprise procurement and safety management personnel need to re-examine PPE configuration strategies, shifting from passive response to active protection.
In response to the latest warning from the Ministry of Emergency Management, steel enterprises need to re-examine the personal protective equipment configuration strategy in scenarios where multiple risks such as high temperature, dust, and mechanical injury are superimposed, achieving systematic management from risk identification to equipment selection.
Working at height is a high-risk activity in construction, where fall accidents are frequent and have severe consequences. This article systematically analyzes the safety prevention and control logic of working at height, from risk identification and protective system construction to key points of on-site management, helping enterprises improve PPE configuration and EHS management levels.
Safety harnesses are the most basic and critical personal protective equipment for work at height, but many enterprises still have cognitive blind spots in procurement and management. Starting from actual management scenarios, this article sorts out common misunderstandings in the selection, use, and maintenance of safety harnesses, helping enterprises improve their fall protection level.
