Women's neoprene jacket O'Neill Reactor-2 1.5 mm Front Zip black/black (5294-A00)

O'Neill Reactor-2 1.5 mm Women's Neoprene Jacket Front Zip black/black is an excellent choice for women seeking reliable protection in the water. With a thickness of 1.5 mm neoprene, the jacket offers optimal flexibility and thermal comfort. This material ensures that the jacket performs well in moderate water conditions, allowing freedom of movement during activities.

UltraFlex Technology

The O'Neill Reactor-2 1.5 mm Women's Neoprene Jacket Front Zip black/black features UltraFlex technology. This solution increases the flexibility of the material, allowing for complete freedom of movement in the water. UltraFlex ensures that the jacket fits the body perfectly, enhancing wearing comfort during extended use. This technology makes the jacket an ideal choice for those who spend time actively in the water.

FLATLOCK Seams

The O'Neill Reactor-2 1.5 mm Women's Neoprene Jacket Front Zip black/black incorporates FLATLOCK seams. This technology provides durability and minimizes the risk of skin irritation, which is crucial during intense water activities. FLATLOCK seams make the jacket durable and perfectly suited for regular use, while also offering high wearing comfort.

Practical Front-Zip Closure

The O'Neill Reactor-2 1.5 mm Women's Neoprene Jacket Front Zip black/black features a practical Front-Zip closure. This solution facilitates quick putting on and taking off of the jacket, which is extremely useful in dynamic conditions. The front closure also ensures better fit and seal, which contributes to improved thermal comfort for the wearer.

O'Neill Reactor-2 Women's Neoprene Jacket - Features:

• 1.5 mm neoprene providing optimal thermal comfort;
• Flexible UltraFlex material enhancing freedom of movement;
• FLATLOCK technology for durability and wearing comfort;
• Practical Front-Zip closure making it easy to put on and take off;
• Perfect body fit thanks to elastic neoprene;
• Ideal for moderate water conditions;
• Durable seams minimizing the risk of skin irritation.