"Varsity Classic" Unisex O-neck Sweatshirt | 310GSM Cotton
This "Varsity Classic" Unisex O-neck Sweatshirt is Your Essential Wardrobe Upgrade!
Picture yourself in this effortlessly cool classic round-neck sweatshirt. Crafted from premium 310GSM cotton, it's not just a sweater; it's a style statement. With its 100% cotton fabric, it feels as soft and comfortable as a breeze, embracing you in pure relaxation.
But what sets it apart? The slight elasticity ensures the perfect fit, every time. It's not too tight, not too loose - it's just right. The medium length adds an extra touch of style, making it versatile for all occasions.
Here's the inside scoop: a subtle loop pattern that adds a hint of uniqueness to your look. It's those small details that make a big difference.
The "Varsity Classic" is more than just a sweatshirt; it's your daily dose of laid-back sophistication. Whether you're hitting the campus or strolling through the city, this is the go-to piece that effortlessly merges comfort with style.
Ready to elevate your wardrobe? Grab your "Varsity Classic" Unisex O-neck Sweatshirt now and make a fashion-forward statement with every step you take. Don't miss out, join the style revolution today!
- Fabric: 100% Cotton
- Regular fit
- Classic round neck, long sleeve, loop pattern inside.
- Fabric Weight: 310 g/m².
- Because of the characteristics of the fabric, there will be marl after printing.
- The fabric of this product is composed of 100% natural fibres, and the shrinkage is estimated to be 3%-5%.
- Care Instruction: machine wash cold with similar colours, line drying, do not bleach and dry-clean, and iron at a maximum sole-plate temperature of 110°C without steam ironing may cause irreversible damage.
- This product is made on demand, with no minimum order quantity.
- Multiple shipping methods are available, and fees vary depending on the location and the shipping method selected.
- Notice: a variety of factors may cause slight differences between the actual product and the mock-up, including but not limited to colours and precision of elements position.