Gloves Dry Seal 300 3mm XL Seac 03001-05
In Stock
Estimated delivery: December 22, 2025 - December 25, 2025
Gloves Dry Seal 300 3mm XL Seac 03001-05
Description: Experience ultimate protection and comfort with the Seac Dry Seal SCUBA Gloves, designed specifically for aquatic adventures. These gloves are constructed from 3.5mm super-stretch neoprene, offering a snug, skintight fit that enhances dexterity and control underwater. Featuring a warm inner lining made of Thermal Fiber Plush, your hands will stay cozy in even the coldest water conditions. The gloves are equipped with Liquid Seal seams and the innovative AquaStop system around the ring seal, ensuring they are completely waterproof. For added durability and grip, the palms are reinforced with rubber-coated, cut-resistant material, perfect for handling gear or exploring rocky shores.
Key Features: - Made from 3.5mm super-stretch neoprene for flexibility and comfort - Completely waterproof with Liquid Seal seams and AquaStop ring seal - Enhanced warmth with Thermal Fiber Plush inner lining - Rubber-coated cut-resistant palms for improved grip and durability - Snug fit design that minimizes water entry and maximizes warmth - Perfect for various water activities, including SCUBA diving and snorkeling - Unisex design suitable for all adult users - XL size accommodates a wide range of hand sizes
Specifications: - Manufacturer: Seac - SKU: 03001-05 - Material: 3.5mm super-stretch neoprene, Thermal Fiber Plush - Size/Dimensions: XL - Weight: Lightweight construction for ease of use - Color: Not specified - Size: XL - Category: Gloves - Age Group: Adults - Gender: Unisex
Recommended Use: The Seac Dry Seal SCUBA Gloves are ideal for recreational and advanced divers looking for reliable protection in various underwater environments. Best suited for activities such as deep-sea diving, reef snorkeling, and other water sports, these gloves excel in cold waters where thermal insulation is paramount. Pair them with neoprene booties or other SCUBA gear for an enhanced experience and optimal performance.