MerryNine Clear Acrylic Book Ends Bookends for Shelves
Product Description
MerryNine Clear Acrylic Book Ends Bookends for Shelves
- HIGH QUALITY - Made of high-quality acrylic materials.Thicker than normal acrylic bookend (thickness 0.15"/4mm),the bookends is strong enough to hold multiple books.lic Bookends
- SUITAABLE FOR MULTIPLE SCENES - A transparent bookend will be easier to match than any colored bookend. Whether you use it on a bookcase, on a desk, in the office, or in a classroom, you don't have to worry about collocation.
- CLEAR DESIGN - Clear bookend allows easy access to your favorite magazine, recipe, or even books and keep publications clean, intact, dust-free, and un-rumpled.
- PROCSSING DETAILS - We put a clear film on the surface of the book to prevent scratching. Please tear off the film before use.
- HOW TO USE - When you use it , please try to place the book on the vertical tabletop. Keep the two bookends together as possible to avoid dumping due to uneven force.
MerryNine plastic acrylic bookends is strong enough to hold up your books neatly and upright. Because of the use of sturdy, high-quality acrylic materials, it is suitable for books, CD/DVD/magazines, cards or anything you want to stand up.
You do not need to worry about:
-----the capacity of the book. Because the acrylic book is made of sturdy materials, you only need to put the bookends as much as possible to clamp your book.
-----bookends will fall off paint, because the acrylic book block is not easy to break.
-----bookends will bend, because the acrylic book block is elastic and can rebound after bending.
-----the color of the bookends is difficult to match with your books, because the transparent book can be used for a variety of matching.
What you get:
4 Pair (8 Pieces) Bookends
Please Notes:
1.We put a yellow film on the surface of the book to prevent scratching. Please tear off the film before use.
2.When you use it , please try to place the book on the vertical tabletop. Keep the two bookends together as possible to avoid dumping due to uneven force.
