You know the scene. You know JAN. You know dinner was never going to be normal.

The JAN Dinner Party 260 GSM Raw Hem Tee turns one of The Office’s most painfully unforgettable episodes into a piece built for people who do not need the joke explained.

Jan. Michael. The plasma TV. The candles. The Dundies. The awkward tension. One dinner party permanently burned into TV history.

JAN Just Got a Heavyweight Upgrade

This version takes the JAN design off the standard tee and puts it on my new favorite heavyweight blank.

At 260 GSM, this shirt has weight. The oversized fit, dropped shoulders, and raw edge hem give it the shape of a streetwear tee instead of a basic graphic shirt.

It also works ridiculously well as a pump cover.

Wear it oversized to the gym. Throw it over a tank. Pair it with shorts or sweats. Or wear it out and wait for another Office fan to recognize JAN before you say a word.

For People Who Know Dinner Party

The raw hem gives the bottom edge an unfinished streetwear look. Reactive-dyed 100% cotton helps the color hold through repeat wear. Side seams, taped neck and shoulders, double stitching, and a ribbed crew collar give the heavyweight fabric the structure it needs.

This is JAN for people who know Dinner Party was not an episode.

It was an experience.

Product Details

• 260 GSM heavyweight fabric
• 100% cotton
• Oversized fit
• Drop shoulders
• Raw edge hem
• Crew neck
• Ribbed collar
• Reactive-dyed for longer-lasting color
• Pre-shrunk
• Side-seamed construction
• Double-stitched ribbed collar
• Taped neck and shoulders
• Double-stitched cuffs
• Built for oversized streetwear styling
• Great pump cover silhouette

How to Wear It

Go oversized for the full streetwear fit. Use it as a heavyweight gym pump cover, layer it over a tank, or wear it loose with shorts, denim, or sweats.

Care Instructions

Wash inside out in cold water on a gentle cycle with mild detergent. Wash with like colors. Do not bleach, soak, rub, or wring. Hang dry away from direct sunlight. Iron, steam, or tumble dry at low temperature, maximum 30°C / 90°F.