Graffiti Linen Shirt - Long Sleeves - Street Colour
Bring the colour off the wall. Graffiti-inspired, colour-blocked styling gives this men's long-sleeve shirt its streetwear character. Pair it with plain trousers or jeans and let the selected print lead the outfit.
✔️ Flax / linen listed as the material
✔️ Full-length sleeves for spring and summer styling
✔️ Ten design options, AZ-01–AZ-10, in XS–6XL
Perfect for: casual outings, parties and statement streetwear.
🌈 Make Streets Colorful Again
Specifications
- Item type: Men's shirt
- Shirt type: Casual shirt
- Material: Flax / linen, according to supplier; fibre percentages not supplied
- Weaving-method field: Non-woven, as listed by supplier; confirm construction if important
- Sleeve length: Full
- Style: Fashion & casual
- Design description: Graffiti style / colour-blocked, according to source title
- Applicable scene: Party
- Applicable season: Spring and summer
- Closure field: None
- Full opening: No
- Gender: Men
- High-concerned chemicals: None declared by supplier
- Design options: AZ-01, AZ-02, AZ-03, AZ-04, AZ-05, AZ-06, AZ-07, AZ-08, AZ-09, AZ-10
- Sizes: XS, S, M, L, XL, XXL, 3XL, 4XL, 5XL, 6XL
Supplier Size Data
The source supplies the following values in an unidentified length field. It does not establish whether they describe the chest, garment length or another measurement. The centimetre and inch pairs contain inconsistencies and are reproduced as supplied, not verified conversions.
| Size | Source value |
|---|---|
| XS | 100 cm / 42 in |
| S | 105 cm / 43.3 in |
| M | 110 cm / 45.3 in |
| L | 115 cm / 47.2 in |
| XL | 120 cm / 49.2 in |
| XXL | 125 cm / 51.2 in |
| 3XL | 130 cm / 53.1 in |
| 4XL | 140 cm / 55.1 in |
| 5XL | 145 cm / 57.1 in |
| 6XL | 150 cm / 59.1 in |
Confirm labelled chest, shoulder, sleeve and garment-length measurements with the seller before choosing a size. Individual AZ design codes do not specify colours or print details in the text; check your selected option in the seller's listing. No button-front closure is confirmed by the source fields.