Women's training T-shirt Nike Pro Dri-Fit seaweed/white

Women's training T-shirt Nike Pro Dri-Fit seaweed/white 2

The women's training tank top Nike Pro Dri-FIT provides comfort and support even during the most demanding exercises. Made from flexible material with Dri-FIT technology, it effectively wicks away moisture, keeping the skin dry and fresh. The fitted cut accentuates the figure while ensuring complete freedom of movement. It's the perfect choice for the gym and intensive workouts.

Parameters

Basic data

Brand Nike

Country of origin of the brand USA

Sport Gym and fitness

Gender Woman

Season Spring/Summer

Leading colour Green

Model/product code Pro Dri-Fit FZ3615-390

Type of Product Top/tank

Code 2000188789

Material

Material Elastane, Polyester

Product details

Matching Slim fit

Seamless construction No

Neckline Round

Sleeve length Sleeveless

Model Logo

Quick-drying material Yes

Technologies Dri-FIT

Care and environment

Care instructions Machine washable

Product description

Women's training T-shirt Nike Pro Dri-Fit seaweed/white (FZ3615-390)

Women's Training T-shirt Nike Pro Dri-Fit seaweed/white is designed for intense workouts, providing essential comfort and support. Made from a blend of polyester and elastane, it guarantees flexibility and quick drying, making it ideal for intense physical activities. The slim fit cut accentuates the figure while ensuring a proper fit.

Dri-FIT Technology

The women's training T-shirt Nike Pro Dri-Fit seaweed/white features advanced Dri-FIT technology. This innovative technology effectively wicks moisture away from the skin's surface, ensuring a feeling of dryness and comfort even during the most demanding workouts. As a result, the material does not cling to the body, which enhances wearing comfort.

Seamless Construction and Neckline

The women's training T-shirt Nike Pro Dri-Fit seaweed/white has a round neckline that provides comfort and freedom of movement. The seamless construction around the shoulders and neckline minimises the risk of chafing, which is crucial during prolonged exercise. The absence of sleeves further emphasises the sporty character of the T-shirt, allowing for complete freedom of movement.

Sustainability

The women's training T-shirt Nike Pro Dri-Fit seaweed/white is made from recycled materials, reflecting Nike's commitment to environmental protection. By choosing this product, you support sustainable manufacturing practices that contribute to reducing the negative impact on our planet. This is an excellent choice for those who value an eco-friendly approach to sports fashion.

Women’s Training T-shirt Nike Pro Dri-Fit - features:

Quick-drying material made from polyester and elastane;
Dri-FIT technology effectively wicking moisture away;
Slim fit cut ensuring a body-hugging fit;
Seamless construction minimising the risk of chafing;
Round neckline for increased comfort;
Sleeveless design enhancing freedom of movement;
Made from recycled materials.

Advantages

Quick-drying material

During an intense workout, you are sure to appreciate the material properties of this top model. The fabric has quick-drying properties, so you will stay comfortable during your activity.

Flexible material

Stretch materials have been used in the production of this top, which quickly adapts to the shape of the body, ensuring that it does not restrict movement, allowing you to train in complete comfort and convenience.

Comfort

This top has been created to ensure the highest possible level of comfort during use. The carefully developed cut and well-chosen materials ensure freedom of movement, without which it is difficult to perform an effective workout.

Environmental friendliness

An increasing number of people are aware of the importance of the decisions we make every day. This model has been created with materials that are environmentally friendly, enabling an informed choice.

Technologies

Dri-FIT

A technology used in sportswear that is based on two types of fibre - hydrophobic and hydrophilic. These prevent moisture absorption and increase the effectiveness of ventilation.

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