ATG® work gloves combine innovation, technology, and quality to deliver protective gloves that truly make a difference. The range is streamlined and easy to navigate – choose from four high-performance glove models: MaxiFlex®, MaxiCut®, MaxiDry®, and MaxiChem®. Each glove is designed to meet different needs in demanding work environments, with a focus on durability, comfort, and skin-friendly materials.
ATG® doesn’t develop gloves one by one – instead, they build on advanced technology platforms. This approach results in work gloves that meet three core values: comfort, durability, and hand care. Whether you need breathable protective gloves for precision tasks or chemical-resistant gloves for tough environments, ATG® offers an ergonomic and reliable solution.
Designed as a breathable work glove, MaxiFlex® has become the benchmark for precision handling in dry environments. It combines exceptional comfort with class-leading durability.
Engineered for users who need cut protection in demanding environments. These gloves are free from dimethylformamide (DMF) and fully REACH compliant, meaning they contain no substances classified as hazardous.
Combines comfort and grip with effective oil resistance, delivering controlled performance even in tough and dirty conditions.
A new generation of chemical-resistant gloves offering excellent comfort, skin protection, and an optimized grip for chemically intensive work environments.
ATG® develops work gloves with a strong focus on innovation, comfort, and protection – in close collaboration with users, specialists, and researchers. Through unique technologies and platform strategies, they create protective gloves that meet workers' demands for comfort and employers' needs for safety, efficiency, and cost control.
All gloves are dermatologically approved by the Skin Health Alliance, Oeko-Tex® certified, and pre-washed to be clean straight from the pack. They comply with the REACH regulation and contain no harmful substances – a safe and responsible choice for both you and the environment.