Workplace safety depends in part on appropriate hand protection, which is governed by specific regulations. In Europe, Regulation (EU) 2016/425 covers all personal protective equipment (PPE), including protective gloves. The EN 388 standard defines the levels of resistance to mechanical risks (abrasion, cutting, tearing, and puncture), while the EN 374 standard governs protection against chemical and microbiological risks. Compliance with these standards is a prerequisite for the marketing and professional use of gloves.
The selection of protective gloves is based on a preliminary analysis of the risks associated with each workstation. When handling chemicals, gloves that comply with the EN 374 standard are required, made of a material suitable for the product being handled (nitrile, neoprene, or butyl, as specified in the safety data sheet). For tasks involving a risk of cuts, it is best to choose gloves with a high cut resistance rating under EN 388. When in doubt, consulting an occupational risk prevention specialist or a certified PPE supplier is the best course of action.
Beyond regulatory compliance, several quality criteria are important: durability, comfort, dexterity, grip, and suitability for the work environment (temperature, humidity, presence of oils or liquids). A high-quality glove offers a good balance between protection and the ability to perform precise movements without excessive fatigue. An inner lining can improve comfort, particularly during prolonged wear or in extreme temperature conditions.
Proper maintenance is essential for ensuring that gloves maintain their performance over time. Reusable gloves must be inspected before each use to check for holes, wear, tears, deformation, or chemical degradation. Cleaning and disinfection should follow the manufacturer’s recommendations. Single-use gloves must be replaced after every high-risk task or as soon as a defect appears. Traceability of maintenance records (date of first use, inspections) is a key consideration in regulated environments.
In industrial sectors, hands are on the front lines when dealing with machinery, sharp objects, corrosive substances, and extreme temperatures. Appropriate protection prevents a large number of workplace accidents (cuts, burns, abrasions, chemical exposure) and helps ensure compliance with occupational safety and health requirements. Beyond mechanical protection, it preserves employees’ ability to work over the long term without suffering preventable occupational skin injuries.
For electrical hazards, specific dielectric gloves are required that comply with the EN 60903 standard. They are classified according to the voltage levels they can withstand (classes 00, 0, 1, 2, 3, 4). These gloves must be inspected regularly (periodic dielectric testing) to ensure that their insulating properties are maintained, which is essential for the safety of electricians and electrical maintenance technicians.
The CE marking on a protective glove certifies its compliance with European safety, health, and environmental requirements. To obtain this certification, the glove must pass tests conducted by a notified body, in accordance with the methods specified in harmonized standards (EN 388, EN 374, EN 60903, etc.). This certification is a prerequisite for placing the product on the European market and serves as a reliable guide for professional buyers.
To balance comfort and protection, several approaches exist: choose the exact size (a glove that’s too large tires the hand, while one that’s too small is too tight), opt for breathable or ventilated materials, and prioritize adjustable cuffs and soft inner linings. Modern technologies offer gloves that combine flexibility, dexterity, and protection, which reduces fatigue during prolonged use and improves user acceptance.
In a large company, managing glove inventory requires a structured system: an up-to-date inventory, tracking expiration dates for chemical-resistant gloves, FIFO (first-in, first-out) rotation, and a replacement schedule based on manufacturer recommendations and feedback from the field. Training employees on proper use, contamination-free removal, and regular replacement is an essential complement to the purchasing policy.
Prolonged glove wear, particularly in damp or occlusive environments, can weaken the skin on the hands, leading to maceration, sweating, and dryness upon removal. To maintain skin comfort, several complementary steps are part of a preventive approach:
