Home / Products / Long-Sleeved Tops / Unisex Crew Neck Sweatshirt SWRA290


SKU: SWRA290
€12.00
€14.88 incl. VAT
per item • excl. VAT
Minimum order: 20 pieces
Classic unisex crew neck sweatshirt in 60% cotton / 40% recycled polyester at 290 g/m². Available in up to 61 colors and sizes XS–5XL. Ideal for corporate branding via screen printing or embroidery.
The SWRA290 is a classic unisex crew neck sweatshirt engineered for professional customization through screen printing or embroidery. Made from a blend of 60% cotton and 40% recycled polyester at approximately 290 g/m², it offers a balanced combination of comfort, durability, and environmental responsibility. Available in up to 61 colors and sizes ranging from XS to 5XL, it is an ideal solution for corporate gifting, workwear uniforms, and branded promotional campaigns. Reinforced double-needle stitching at the collar, cuffs, and hem ensures lasting shape retention with everyday wear.
The standard color version is made from 60% cotton and 40% recycled polyester. Depending on the color category, the composition may vary slightly — for example, melange shades include viscose, while fluorescent colors contain a higher percentage of recycled polyester.
The fabric weight is approximately 290 g/m², placing it in the medium-to-heavyweight category, suitable for use in mild to cooler temperatures.
The sweatshirt is available in 9 sizes from XS to 5XL, and in up to 61 colors, covering a wide range of corporate apparel requirements.
Yes, the SWRA290 is specifically designed for professional customization. Its flat, uniform fabric surface makes it well-suited for both screen printing and embroidery applications.
Double-needle stitching at the collar, cuffs, and hem means that seams are reinforced with two parallel lines of thread, ensuring the garment maintains its shape and structure through repeated washing and regular use.
The manufacturer guarantees pilling resistance for standard color variants. Fluorescent colors are an exception — due to their specific fiber composition, they may be more susceptible to pilling over time.