#CS-0909-03 3 Molds 9x9x1.5″ Castle Stone

Product Description

ORDER 12 OR MORE OF THESE MOLDS TO GET FREE SHIPPING WITHIN THE CONTINENTAL USA, OR DISCOUNTED SHIPPING TO ELSEWHERE IN THE WORLD!

You are purchasing a set of three (3), 9″x9″x1.5″ Olde Castle Stone Cobblestone molds to make custom-colored, hand-crafted, floor, counter, wall, and cobblestone in any color you want! Great for patios, pool surrounds, driveways, cobble paths and walkways, etc. Poured full thickness… they make a beautiful 1-1/2″ thick cobblestone patio, garden, or sidewalk when laid over a packed sand base. Or they can be poured 1/2″ thick and used as a tile for walls, floors, counter tops, patios, over concrete driveways, etc.

This size and style is also available in a larger set of molds that includes Free Shipping, as well as a Complete DIY Project Kit that includes a quantity of molds, concrete color, and all supplies needed to complete an average-sized project, except for the concrete and water.  The Kit includes Free Shipping as well.

You can get an idea of what the 9x9x1.5″ Cobblestone would look like in a packed sand base installation by viewing the photo of the 4x4x1.5″ cobblestone installation to the left.  Just click the “More Pictures” button.

The Castle Stone style consists of many different sizes of stone molds, ranging in size from 2″x6″ up to 18″x18″, all nominally 1.5″ thick. They can be poured as thin as 1/2″ thick for use as veneer or floor tiles, if desired. They can be produced in virtually any color imaginable, as well as combinations of colors. As with all of our molds, there are many techniques that can be used to get custom results. Free instructions are included with each mold purchase, and email support is always readily available.

Molds are made with .060 H.I. rubberized ABS plastic for long life and hundreds of pours. They are self-supporting, so need no shell to hold them up like some of the cheap polystyrene molds available elsewhere. Molds are cut down from master sheet prior to shipping for ease of pouring and de-molding, and to better protect them during shipping.