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RENEWTHEHALLS

Heavy Minimalist Concrete Door Stop | 5lb Modern Cube Bookend | Industrial Decor | Available in Solid Grey or Two-Tone Terracotta

Heavy Minimalist Concrete Door Stop | 5lb Modern Cube Bookend | Industrial Decor | Available in Solid Grey or Two-Tone Terracotta

Regular price $17.50 USD
Regular price Sale price $17.50 USD
Sale Sold out
Shipping calculated at checkout.
Color: Gray

Anchor your doors in style with our Heavy Minimalist Concrete Door Stop. Tired of flimsy, lightweight stops that slide and fail? Weighing a solid 5 pounds, this modern cube is designed to hold even heavy doors open with ease, making it as functional as it is beautiful.

Hand-poured with care in our Louisville, Kentucky studio, each doorstop is a testament to industrial chic design. Its clean lines and substantial presence make it a versatile piece that's more than just a doorstop—use it as a statement bookend on your shelf, a hefty paperweight for your office, or simply as a sculptural object on a console table.

Each cube is fitted with a protective cork bottom to prevent any scratching on your beautiful floors.

Choose Your Style: Please select your preferred finish from the dropdown menu:

  • Solid Grey: A sleek, uniform industrial grey for a timeless, minimalist look that complements any decor.

  • Two-Tone Terracotta: A striking artistic piece featuring a warm, earthy terracotta top that flows into a natural concrete base. The organic, wavy line where the two colors meet is unique to each pour, ensuring your piece is truly one-of-a-kind.

Details:

  • Weight: A substantial lbs ( kg)

  • Dimensions: Cube

  • Material: Solid Concrete

  • Finish: Sealed for a smooth, durable finish

  • Protection: Comes with a cork pad on the bottom to protect surfaces.

 

 

Since all my products are meticulously hand-poured, it's possible that they may exhibit minor imperfections, such as the occasional presence of air bubbles. The coloring of our concrete products may vary, as each one dries uniquely due to the incorporation of pigments during the process.

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