A tee so cute, even your mirror will compliment you.
This oversized softstyle shirt serves major flower power energy with a pink, peace-sign-throwing bloom and bold retro lettering. Perfectly light for summer days but sturdy enough to last through all your outfit repeats.
🌸 Best For:
• Summer streetwear fits
• Vintage & Y2K style lovers
• Layering under flannels or jackets
• All-day comfy-cute wear
🎨 Design Features:
• Groovy pink flower with peace signs
• “Babe You Look Cool” in bold colors
• Signature: @rawartofficial
• Crisp retro comic linework
📏 Shirt Specs:
• 100% ring-spun cotton (Heather Gray: 90% cotton / 10% poly)
• Fabric weight: 153g/m²
• Classic fit with set-in sleeves
• Pre-shrunk, slightly stretchy jersey knit
• Double-needle ribbed collar & hem
• Tear-away label for extra comfort
✨ Wear it like you found it at the coolest thrift store—minus the musty smell.
Wash on the reverse side with neutral detergents. Do not soak, expose to the sun, and bleach. Iron, steam, or tumble dry at low temperature(max 30℃ or 90℉).
A tee so cute, even your mirror will compliment you.
This oversized softstyle shirt serves major flower power energy with a pink, peace-sign-throwing bloom and bold retro lettering. Perfectly light for summer days but sturdy enough to last through all your outfit repeats.
🌸 Best For:
• Summer streetwear fits
• Vintage & Y2K style lovers
• Layering under flannels or jackets
• All-day comfy-cute wear
🎨 Design Features:
• Groovy pink flower with peace signs
• “Babe You Look Cool” in bold colors
• Signature: @rawartofficial
• Crisp retro comic linework
📏 Shirt Specs:
• 100% ring-spun cotton (Heather Gray: 90% cotton / 10% poly)
• Fabric weight: 153g/m²
• Classic fit with set-in sleeves
• Pre-shrunk, slightly stretchy jersey knit
• Double-needle ribbed collar & hem
• Tear-away label for extra comfort
✨ Wear it like you found it at the coolest thrift store—minus the musty smell.
Wash on the reverse side with neutral detergents. Do not soak, expose to the sun, and bleach. Iron, steam, or tumble dry at low temperature(max 30℃ or 90℉).
