The Complete Handbook of Gloves & Mittens

Chapter 1: Understanding Gloves & Mittens

A glove or mitten is a protective covering for the hand engineered to defend against specific hazards—cold, chemicals, abrasion, puncture, or contamination—while maintaining some level of manual dexterity and tactile feedback. Despite appearing simple, every glove is a layered system of materials chosen to balance conflicting demands: protection versus flexibility, durability versus cost, thermal insulation versus breathability, barrier function versus comfort. Understanding how these products actually work, what limits their performance, and why they fail in specific ways is essential to using them effectively.

The basic architecture of a protective glove consists of an outer shell, an intermediate barrier layer, and an inner liner, each serving distinct functions. The outer shell provides the primary defense against the identified hazard—leather resists abrasion and puncture, nitrile rubber blocks oils and solvents, neoprene insulates against cold. The barrier layer, when present, offers secondary protection or shifts the type of protection—a surgical glove adds a latex barrier over fabric, a chemical-resistant glove layers a butyl rubber membrane under the outer shell. The inner liner, usually cotton or synthetic knit, wicks moisture, reduces friction against skin, and allows the glove to be donned and removed. The seams, cuff design, and closure mechanism are not incidental details—they are the points where protection fails most reliably, where water enters, where contaminants breach the barrier, and where fit breaks down during use.

Why this structure matters becomes clear when you encounter actual failure modes. A worker wearing a latex glove rated for