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Hokusai Event Horizon - Oversized T-shirt

Hokusai Event Horizon - Oversized T-shirt

Regular price €40,00
Regular price Sale price €40,00
Sale Sold out
Taxes included.
Size S
Color French Navy

Size Chart

Size Chest (in) Length (in)
S36–3828
M39–4129
L42–4430
XL45–4731
2XL48–5032
Quantity

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The Great Wave meets the event horizon — in an effortlessly oversized silhouette. Hokusai's wave crashes into a black hole's accretion disk on this relaxed-fit organic cotton tee. Dropped shoulders, wide collar, and 200 gsm weight make this a premium streetwear staple.

Part of IMBRIUM's Event Horizon collection — cosmic art meets contemporary fit.

Materials

Upgrade your wardrobe with this oversized t-shirt made from 100% organic combed ring-spun cotton. It’s designed with dropped shoulders and a wide collar, making it perfect for everyday streetwear outfits.

• 100% organic combed ring-spun cotton
• Fabric weight: 5.9 oz./yd.² (200 g/m²)
• Oversized fit
• Set-in sleeves
• Dropped shoulders
• 1 × 1 rib at collar
• Self-fabric neck tape on the inside of the back
• The fabric of this product holds certifications for its organic cotton content under GOTS (Global Organic Textile Standard) and OCS (Organic Content Standard)
• Blank product sourced from Bangladesh

The sizes correspond to a bigger size in the European market, customers from that region should order a size down.

Care

  • Machine wash cold, inside-out
  • Gentle cycle with similar colors
  • Do not bleach
  • Tumble dry low, or hang to dry for longest life
  • Do not iron directly on the print
  • Do not dry clean

Sizing

Size Width (in) Length (in)
S 22½ 26
M 23½ 27½
L 24¾ 28¾
XL 26 29½
2XL 27 30¼

Fit: Oversized, relaxed fit with dropped shoulders. European sizing — if between sizes, order one size down.

Width: half-chest measured flat. Length: center back neckline to bottom hem. Tolerance ±1″.

View full details

Size Chart

Size Chest (in) Length (in)
S36–3828
M39–4129
L42–4430
XL45–4731
2XL48–5032

Discover the science

Black Holes — Interactive Article Experience gravitational lensing, accretion disks, and the first image of a black hole — interactively.