Gildan 18000 | Unisex sweatshirt

Gildan 18000 – classic unisex sweatshirt for everyday and leisure wear

Gildan 18000 is a durable and soft unisex sweatshirt that is suitable for a variety of uses and works great as a base for prints. The shirt is made of 50% cotton and 50% polyester, and offers comfort, warmth and longevity.

The fabric is pre-shrunk, and the Air Jet spinning technology ensures a soft surface and reduces pilling. The production process prevents the indentation stripe that occurs in the middle of the front, which makes the end result cleaner even under printing.

The shirt is unisex and fits both men and women. When choosing a size, it is worth considering that the model is normal or even slightly oversized - please always check the size chart for the correct size before ordering.

Main features

  • 50% cotton / 50% polyester
  • Fabric weight: 271 g/m² (8.0 oz/yd²)
  • Pre-shrunk
  • Air Jet yarn: soft feel, less pilling
  • 1x1 rib knit with spandex on collar, cuffs and hem
  • Double-stitched seams on collar, shoulders, sleeves and hem
  • Made without a vertical indentation on the front
  • Unisex model

Print

The shirt is printed in Latvia using modern DTG printing technology, which allows for precise details and bright colors. This printing technique uses water-based and environmentally friendly pigments.

Care instructions

  • Wash at max 30 °C, turn the shirt inside out before washing.
  • Do not use bleach.
  • Tumble dry on low heat, iron on medium heat on the wrong side.
  • No dry cleaning.

Environmental and sustainability information

  • Does not contain recycled polyester
  • Does not contain hazardous substances
  • According to the Gildan manufacturer, the product meets OEKO-TEX® Standard 100 requirements
  • Like most polyester blends, this product may release small amounts of microplastics when washed. Using a laundry bag will help reduce fiber shedding.

Things to note

  • White color in nature can look off-white instead of bright white
  • The orange color may show some differences in tone depending on the lighting.