SPECIFICATIONS

TV Girl Posters Retro Kraft Paper Prints | Lovers Rock Vintage Poster | Unique Wall Decor

Add a touch of nostalgia to your space with these retro-inspired TV Girl Posters! Printed on high-quality kraft paper, these vintage-style Lovers Rock posters capture the essence of classic retro design with a modern twist. Perfect for music lovers, fans of TV Girl, or anyone who appreciates vintage artwork, these posters bring personality to any room.

Product Features:

• Material: Durable kraft paper with a retro texture and vintage finish
• Design: TV Girl Lovers Rock artwork, ideal for adding a vintage feel to your decor
• Dimensions: Available in [Insert Size]
• Versatile: Perfect for framing or hanging as-is for an artsy, rustic look
• Great Gift: Perfect for music lovers, retro art enthusiasts, or as a unique gift for friends and family

Perfect for Any Space: Whether it’s your bedroom, living room, home office, or dorm, these posters are guaranteed to make a statement. Their timeless appeal and artistic design make them ideal for adding a personal touch to your walls.

Note: Frame not included. Actual colors may vary slightly due to lighting and monitor settings.

Upgrade your decor today with this stylish and unique TV Girl Lovers Rock vintage poster!

Brand Name: NoEnName_Null

Type: POSTER

Style: Retro and Nostalgic/Old Furniture

Origin: Mainland China

Subjects: Figure Painting

Material: Paper

Form: Flat

Support Base: Paper

Shape: Vertical Rectangle

is_customized: No

Is Smart Device: no

Frame mode: Unframed

Frame: No

Medium: Waterproof Ink

Original: Yes

Technics: Spray Painting

Choice: yes

semi_Choice: yes

Specifications:
Product Size:  A4--21cmx29.7cm(8.3x11.8inch) / A3--42cmx30cm(16.5x11.8inch)
Material:  150 g kraft paper
Color: As show

Packing list:

1 X Poster(not Sticky, No Border)

Notes:
1. Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you! 
2. Please allow 1-3cm measuring deviation due to manual measurement