Hybrid Neoprene Gloves Crest 1.5mm 5 Finger Black S Mystic 35015_250082_900_S

Hybrid Neoprene Gloves Crest 1.5mm 5 Finger Black S Mystic 35015_250082_900_S

Description:

The Crest hybrid neoprene gloves, with a thickness of 1.5 mm, offer optimal protection and flexibility for all water activities. Made from high-quality neoprene, these gloves are lightweight yet durable, making them ideal for snorkeling, diving, or fishing. The innovative construction ensures a perfect fit and excellent comfort, even during extended periods in the water. Thanks to special technologies, these gloves are not only abrasion-resistant but also designed to minimize water resistance, improving propulsion while swimming and diving. These versatile gloves pair perfectly with other water sports accessories, making them an ideal choice for water sports enthusiasts.

Key features:

• Made from 1.5 mm high-quality neoprene for optimal flexibility and comfort.
• Ergonomic design for a perfect fit and better support.
• Minimized water resistance thanks to innovative manufacturing.
• High abrasion resistance for continuous use even under harsh conditions.
• Unisex design, suitable for adults in size S.
• Ideal for various water sports activities such as snorkeling, diving and fishing.
• Adaptability to different water conditions, from calm waters to the open sea.
• Additional cold protection for a comfortable feel in cooler water temperatures.

Specifications:

Manufacturer: Mystic
SKU: 35015_250082_900_S
Material: Neoprene (1.5 mm)
Size/Dimensions: S
Weight: Light
Color: Black
Size: S
Category: Gloves
Age group: Adults
Gender: Unisex

Recommended use:

These gloves are ideal for recreational and advanced users engaged in various water activities. They are particularly suitable for snorkeling, diving, and fishing, where hand protection and good dexterity are essential. They offer optimal performance in both calm and open water. For added comfort, it is recommended to combine the gloves with neoprene booties or other neoprene accessories to optimize performance and thermal protection.