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Pyramid decoupage (also called pyramage) is a process similar to 3D decoupage. In pyramid decoupage, a series of identical images are cut into progressively smaller, identical shapes which are layered and fixed with adhesive foam spacers to create a 3D "pyramid" effect. A person who does decoupage is known as a decoupeur, or "cutter".
The flexibility of a flapwheel is an advantage for smoothing curved work and avoids the production of facets, as was a problem for rigid disks. This was taken further advantage of with the development of foam-bonded flapwheels. These use fewer flaps, spaced apart by a flexible foam spacer.
When employing dissolvable spacers, it is possible to remove the spacer after sintering, which reduces the risk of pore collapse. In most cases, foams created using space-holders contain bimodal pore distributions with macro-sized pores resulting from the space-holder particles and micro-sized pores located on the pore walls and resulting from ...
In addition to conventional natural fabrics, new forms of synthetic protector or topper have appeared over the years including memory foam and spacer fabrics. These are more expensive than conventional protectors but add the advantages of pressure relief and in the case of the latter, the ability to be washed.
A bracelet in progress on a bead-weaving loom A 1903 Apache bead loom. 1. Roller. 2. Roller end. 3. Spacers. 4. Spacers. When weaving on a loom, the beads are strung on the weft threads and locked in between the warp threads.
C B, the compression set B is given by C B = [(t o - t i) / (t o - t n)] * 100 where t o is the original specimen thickness, t i is the specimen thickness after testing and t n is the spacer thickness or the specimen thickness during the test. [2]
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