Knit Cut Resistant Work Gloves, Uncoated, Cotton, 10ga, White, One Size, Pkg Qty 12

These industrial-grade cut-resistant gloves are engineered to meet the operational demands of environments requiring consistent mechanical protection and high durability. The glove shell is manufactured using cotton high-tenacity synthetic fibers, providing a balanced combination of tensile strength, abrasion resistance, and flexibility. The knit construction minimizes structural weak points and ensures uniform protection across the entire glove surface, while maintaining breathability for prolonged wear. The palm and finger areas are uncoated, providing reliable performance for light handling tasks. These gloves are ideal for environments that require comfort and flexibility without compromising on protection. The gloves are designed to offer reliable protection against various physical hazards, providing a barrier against light abrasion and minor cuts. The cotton composite structure contributes to improved resistance by distributing force impact across the fiber matrix. A straight-thumb ergonomic configuration is incorporated to optimize natural hand alignment and reduce rotational stress during repetitive handling tasks. The knit cuff design ensures fully enclosed wrist coverage, preventing particulate ingress and maintaining secure glove positioning during dynamic movements. The product is finished in white , a neutral tone chosen to minimize visual wear and maintain a clean appearance in industrial workplaces. These gloves are particularly suited for applications including but not limited to: assembly , material handling , maintenance , and general industrial applications. The gloves are constructed with 10-gauge knit for optimal flexibility and durability, making them suitable for a wide range of tasks without sacrificing comfort or protection. Overall, the combination of a high-performance fiber base and durable design establishes these gloves as a robust and dependable solution for professionals requiring consistent hand safety and operational reliability.