Diving Gloves Flexa Classic 5mm Black XXS Mares 412734XXS
In Stock
Estimated delivery: June 09, 2026 - June 11, 2026
Diving Gloves Flexa Classic 5mm Black XXS Mares 412734XXS
Description:
The Flexa Classic 5mm diving gloves are designed to deliver reliable thermal comfort during underwater activities. Made from double-lined 5 mm neoprene, they help retain warmth while maintaining a comfortable feel in the water. The rubber-covered palm adds grip and supports handling in wet conditions. It also helps protect the hands against abrasions during use. These gloves are built to offer a balance of warmth, protection, and mobility. The anti-slip finish on the palms enhances control and confidence when gripping diving equipment. With their unisex design and compact XXS size, they are suited to adult divers looking for a close fit. The classic black finish gives them a clean, functional look suitable for regular diving use.
Key Features:
- Made from double-lined 5 mm neoprene
- Designed to provide thermal comfort in the water
- Rubber-covered palm for improved grip
- Anti-slip palm finish for better control
- Helps protect hands against abrasions
- Supports comfortable movement during diving
- Built for durability in underwater conditions
- Unisex design suitable for adult users
- Classic black color for a practical look
- Available in XXS size
Specifications:
Manufacturer: Mares
SKU: 412734XXS
Material: Double-lined neoprene
Color: Black
Size: XXS
Category: Gloves
Age Group: Adults
Gender: Unisex
Recommended Use:
These gloves are best suited for adult divers who need dependable hand protection and thermal comfort underwater. They are an excellent choice for recreational diving and other water activities where warmth and grip are important. The 5 mm neoprene construction makes them especially useful in cooler conditions. The anti-slip palm finish is helpful when handling diving gear or other equipment in wet environments. Their protective design also makes them a practical option for users who want added resistance against abrasions during activity.