New official PITBULL B2B service for wholesale customers

T-Shirt Mesh RUNWAY
T-Shirt Mesh RUNWAY
T-Shirt Mesh RUNWAY
T-Shirt Mesh RUNWAY
T-Shirt Mesh RUNWAY
T-Shirt Mesh RUNWAY
T-Shirt Mesh RUNWAY
T-Shirt Mesh RUNWAY
T-Shirt Mesh RUNWAY
T-Shirt Mesh RUNWAY
T-Shirt Mesh RUNWAY
T-Shirt Mesh RUNWAY
T-Shirt Mesh RUNWAY
T-Shirt Mesh RUNWAY
T-Shirt Mesh RUNWAY
T-Shirt Mesh RUNWAY
T-Shirt Mesh RUNWAY
T-Shirt Mesh RUNWAY
T-Shirt Mesh RUNWAY
T-Shirt Mesh RUNWAY
  • T-Shirt Mesh RUNWAY
  • T-Shirt Mesh RUNWAY
  • T-Shirt Mesh RUNWAY
  • T-Shirt Mesh RUNWAY
  • T-Shirt Mesh RUNWAY
  • T-Shirt Mesh RUNWAY
  • T-Shirt Mesh RUNWAY
  • T-Shirt Mesh RUNWAY
  • T-Shirt Mesh RUNWAY
  • T-Shirt Mesh RUNWAY

Rashguard Performance RUNWAY

Color: fluo red

T-Shirt Performance RUNWAY
T-Shirt Performance RUNWAY
T-Shirt Mesh RUNWAY
T-Shirt Mesh RUNWAY

Get the full look

Compression training T-shirt made of elastic, quick-drying material.

- fitted cut
- raglan sleeves
- side mesh inserts for improved air circulation
- much more refined fabric blend than those commonly found on the market
- ​​thermoactive and breathable, which perfectly dissipates heat from your skin, creating a pleasantly cool feeling
- quick-drying material helps maintain hygiene and prevents unpleasant odors
- 4-way stretch fabric allows for flexibility in every direction without restricting movement
- designed for all sports and physical activities
- line designed for those looking for products for long and intense workouts, both indoors and outdoors
- thanks to the use of nylon, the products are smooth and provide high wearing comfort
- material has undergone an antibacterial treatment that prevents the growth of microorganisms
- flat, elastic seams made with soft threads protect against abrasion
- small PITBULL logo on the chest and a small print at the sleeve
- material composition: 84% nylon / 16% elastane

The model is 182 cm tall and wears a size M.

- Do not tumble dry - natural drying allows you to maintain the elasticity, fit and technical properties of the material