Chapter Bookends in Ruby
The Chapter Bookends, sold in pairs, are made from solid 2-1/2" thick blocks of acrylic for added stability and weight to make them heavy enough to hold up larger sized books. The simple and elegant design was inspired by a book itself, and the color application floats in the center of the block like the spine of a book. The color reflects throughout the piece and you can turn them different ways for different looks.
Dimensions & MSRP
Each Bookend: 2.5"w x 6"d x 9"h: $720/pair
It is important that you take proper care of your piece to ensure that it will last a long time without being damaged. It is recommended that you use a suede style chamois polishing cloth and/or a non-abrasive paper towel along with a cleaning fluid stating that it is suitable for use on acrylic.
Do not place your piece on rough or uneven surfaces that can scrape the bottom. If you purchased a printed piece, the bottom of the bowl is sealed with a sealant, but it is not impenetrable and can be scratched. If a rubber bumper should come off, they can be replaced with similar new ones found at most hardware stores.
Please note that using any products containing ammonia, acetone or lactic acid will permanently damage the acrylic. Periodically, you can polish your acrylic piece to remove fine scratches and bring back the acrylic to its original glossy shine. We recommend using Novus Acrylic polishes and cleaners. You can find this product online or at selected retail stores.
AVF Accessories are not suitable for dishwashers or for use with very hot foods and liquids and should be used in conjunction with the proper serving ware that will not scratch the surface.
AVF Bowls are NOT ASHTRAYS, and should never be used as such. Acrylic is a flammable material. We sell aluminum inserts for our bowls should you want to use it in this manner
AVF Furniture and Accessories are not suitable to be left outdoors or long periods of direct sunlight and should be kept in a temperature controlled environment where high and low temperatures do not go below 60℉ or above 90℉