Mustang EP 3250 Full Finger Gloves - Grey/Black - Small

The Mustang EP 3250 Full Finger Gloves in Grey/Black, Size Small, are purpose-built for marine work and water sports where grip and hand protection are non-negotiable. These full-finger gloves deliver abrasion resistance and reliable grip performance in wet conditions—critical capabilities for deckhands, fishing crews, and serious boaters who spend hours handling lines, nets, and equipment in challenging marine environments.

The construction combines multiple technical layers designed for marine service. Molded 3mm neoprene on the back of the hand provides thermal retention and water exclusion—important when working in cool offshore conditions or extended periods in spray. Synthetic leather on the fingers delivers a durable, grippy surface that maintains traction even when wet or slick with saltwater residue. The heavy-duty PVC overlay on the palms adds serious abrasion protection against rope burn, rough rigging, and constant friction against deck surfaces and fishing tackle. A snag-free silicon grip closure tucks securely under the wrist, preventing the glove from slipping during demanding work and ensuring a reliable fit across extended use.

These gloves are engineered for commercial fishing operations, charter boat crews, dock workers, and recreational boaters who prioritize hand protection without sacrificing dexterity. The full-finger design offers coverage and warmth that fingerless or half-glove styles cannot match, while the synthetic leather and PVC construction stands up to the salt air, constant moisture, and rough handling that characterizes real marine work. Weekend anglers appreciate the wet-grip performance and abrasion resistance; professional crews rely on the durability and secure fit during long shifts managing heavy lines and equipment.

Mustang Survival is known for marine safety equipment tested in genuine water conditions. The EP 3250 line represents practical protection for users who work on the water regularly and need gloves that perform consistently in saltwater spray, variable temperatures, and high-friction scenarios where cheaper alternatives fail quickly.