The Bubbles Bookend is more than just functional; its a masterpiece of design. Imagine 10 brilliantly polished stainless steel spheres, artfully arranged in a near-pyramid, creating a breathtaking visual effect that captivates from every angle. Weighing in at over 1.5kg (3.3lbs), this striking piece will effortlessly keep your books standing tall while adding a touch of sophistication to any space be it your study, living room, or bedroom. And why stop there? Let it grace your kitchen, holding up your ever-growing collection of cookbooks with elegance and style. Elevate your surroundings with a bookend thats as beautiful as it is practical.
Benefits...
- Made From Highly Polished Stainless Steel
- 10 Permanently Connected BallsHandmade So Expect Some Irregularities
- Wipe Clean With Soft Damp Cloth
- Dimensions L15.5 xW15.5 x H15.5cm
- Weight 1620 Grams
For all of us sustainable means many things but we feel an important factor is the life of a product. As our Grandparents taught us if we take care of things then they should last! All our products are selected with that in mind; they are built to last. They may cost a little more but once bought then they should last for many years, if not a lifetime! A benefit to your pocket, but also the planet.
If you find anything you disagree with or want to know more about then, please, just ask, this is an ongoing work in progress! Call us on 01993 867075 or email [email protected]. We care!
Philippi is a German company based in Hamburg that, for over 20 years now, has focused on developing a range of diverse home products that focus on quality, on detail and on functionality.
The materials used are mainly metal, glass and wood all sourced from the best channels complying with all current worlds standards ensuring the greatest protection possible is given to our environment and world.
By using good design and the best materials available Philippi products are durable and designed for a long life. Taken care of Philippi products will give many years of good, functional use making them highly sustainable.
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