Women's training leggings Carpatree Blaze Seamless deep ocean blue (CP-LG-BSS-DOB)

Women's Carpatree Blaze Seamless deep ocean blue training leggings are designed for intense workouts and comfort during fitness activities. The construction is based on seamless technology, which combined with elastic material ensures freedom of movement and optimal breathability even during the most demanding exercises.

Technical materials and properties

The fabric is a blend of polyamide and elastane, providing high elasticity and resistance to deformation, while also guaranteeing non-transparent coverage even during intense stretching. The fibre structure is responsible for quick-drying properties and effective breathability, helping to maintain thermal comfort during exertion. The push-up technology supports body shaping, enhancing the functionality of the leggings at every stage of training.

Functionality in everyday training

Carpatree Blaze Seamless leggings are designed for versatile use in fitness training and strength activities. The quick-drying material allows efficient moisture wicking, preventing discomfort. The fabric’s breathability supports effective ventilation, and the elasticity of the material allows full freedom of movement in every phase of exercise.

Women's Carpatree Blaze Seamless deep ocean blue training leggings - features:

• Seamless construction minimising the risk of chafing during intense training;
• Material made of 92% polyamide and 8% elastane for optimal elasticity;
• Non-transparent fabric ensuring full coverage even when stretched;
• High waistband providing stability and comfort;
• Long, fitted legs supporting freedom of movement;
• Advanced breathability enabling effective ventilation during workouts;
• Elasticated finish keeping the leggings in place without excessive pressure;
• Push-up technology supporting body shaping during activity;
• Elastic fabric structure increasing comfort during dynamic movements;
• Thoughtful design intended for fitness training and strength exercises;
• Exceptional material resistance to deformation even with intensive use.