Women's T-shirt Casall Aria Oversize Tee - M

Experience ultimate comfort and style with the Casall Aria Oversize Tee, a women's t-shirt designed for both intense workouts and casual wear. Crafted from a sustainable blend of 85% recycled polyester and 15% elastane, this tee offers a relaxed, oversized fit with 4-way stretch for unrestricted movement. The moisture-wicking, quick-drying, and breathable fabric keeps you cool and dry during training, while the round neck, dropped shoulders, and side slits add a modern, sporty edge. Subtle Casall logo completes the look. Ideal for the gym, yoga, or everyday lifestyle.

Advantages

This t-shirt combines eco-conscious materials with high-performance features. The recycled polyester reduces environmental impact without compromising on durability or comfort. The elastane ensures a flexible fit that moves with you, while the lightweight fabric and moisture management technology keep you comfortable even during high-intensity activities. The oversized cut provides a trendy, relaxed silhouette that flatters any body type.

Suitable for

• Training and gym sessions
• Yoga and pilates
• Casual everyday wear
• Lifestyle and leisure activities

Key specifications

• Product Type: T-Shirt
• Gender: Women's
• Size: M (Medium)
• Color: Black
• Fit: Oversize / Relaxed Fit
• Material Composition: 85% Recycled Polyester, 15% Elastane
• Fabric Technology: Moisture-wicking, Quick-drying, Breathable, 4-way stretch
• Neckline: Round Neck
• Sleeve Length: Short Sleeve
• Recommended Use: Training, Gym, Yoga, Lifestyle, Casual Wear
• Sustainability: Made with recycled materials
• Design Features: Dropped shoulders, Side slits
• Brand Logo: Subtle Casall logo
• Care Instructions: Machine wash 40°C, Do not tumble dry, Do not bleach, Iron low
• Season: All-season
• Fabric Weight: Lightweight

Recommendations

Pair this tee with your favorite leggings or shorts for a complete workout outfit. For a casual look, style it with jeans or joggers. Machine wash at 40°C, avoid tumble drying to maintain fabric integrity.