18x12x1.25" Hole In One Golf Inlay 3 Silicone Mold - Charcuterie Board Mold
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| Interior Size: | 18x12x1.25" |
| Fluid Volume: |
150oz / 4436ml |
| Wall Thickness: | 5/8" |
| Material: | Platinum Cure Silicone - Shore 30A |
| Interior Finish: | Polished / Shiny |
Our "inlay" molds are perhaps one of the coolest products to come out of the Crafted Elements lab. We wanted to find a way to merge resin art with conventional wood and resin charcuterie boards, without requiring a CNC machine or router templates. Essentially, creating molds large and deep enough to set live edge wood into, but also had some sort of unique design or integrated feature that would push the coolness factor over the edge. We designed the inlay to be deep enough to allow for 1/8" to 3/16" of material loss per side during planing.
You can also use these molds without the wood, and just create an incredible multi-layer solid resin piece.
This particular inlay mold know as the "Hole In One Golf Mold" will be sure to give your finished boards incredible appeal that will make them stand out, and therefore command a higher price. It features a regulation size 4.25" diameter golf hole, with an integrated upper half of a golf ball design in the center of it. The "dish" created in this mold with the golf ball at the bottom could either be left as an open and integrated bowl area, or you can backfill it with clear resin to the final height of your board.
Creating works of art with our Hole In One Golf inlay mold, wood and resin is a multi-step process but still very simple.
- Pre-cut your piece of wood to fit on an angle, alongside the raised design in the mold. Ensure the piece of wood is at least 1/4" thicker than the height of the raised design in the mold. This will allow for "planing removal" later.
- Fill the golf ball with white resin, then let it set.
- Fill the area up to and around the wood as you normally would, including over the raised dish and golf ball design (which already has resin set within).
- Demold your piece, and flip it over. Don't plane or sand it yet.
- Fill the golf hole with clear resin, or leave it open and use as an integrated dish.
- Once that backfill pour is set, run both sides through your planer to level the piece and ensure the wood and resin are at the same height. We design the inlay/raised parts of the mold to be deep enough to allow for 1/8" to 3/16" of material loss per side due to planing.
- Finish as usual by sanding, polishing and applying the finish of your choice.
Crafted Elements Silicone Molds
The last mold you will ever need. Created just for makers, resin artists and wood workers, these time saving flexible yet durable silicone molds significantly cut down on the setup and demolding time usually involved with other molds. Silicone molds are superior to wood and tuck tape, and HDPE molds because:
- They can be used with epoxy resin, resin and wood, concrete, Jesmonite, plaster and more.
- They never need assembled, or disassembled. Saving huge amounts of time.
- The strength and flexibility of the molds allows you to insert and remove pieces of wood easily.
- The corners and edges never need sealed.
- When using wood, the wood stays in place, tight in the mold if you cut it 1/16" larger than the width of the mold. Alternatively use our HDPE block kit in conjunction with hand weights or clamps to keep your wood from up in your resin. The HDPE blocks dont stick to set resin and are easily and cleanly removed.
- The mold is heat resistant to ~450F. Avoid direct contact with the flame of a torch. Briskly wave your torch or use a heat gun to pop bubbles.
- The molds are reusable. However silicone molds do have a finite lifespan when used with epoxy resin, but getting 20-30+ castings out of the mold can be expected when they are properly cared for and a non-silicone based mold release spray is used.
- Like HDPE, epoxy resin does not stick to silicone. However, the heat generated by the exothermic reaction and the chemicals in epoxy resin are very harsh to all silicone molds. Additionally, if part of your epoxy has not fully set due to improper mixing, the epoxy can become bonded to the mold. Both of these factors can lead to mold tear out when removing your piece from the mold, leading to pits and tears on the surface of the mold. This is why we a non-silicone based mold release spray is required before each pour. To help prevent tear out and to increase the life of your mold. We use the 'MG Chemicals 8329 Non-Silicone Epoxy Mold Release', 'Mann Ease Release 200' or 'Mann Ease Release 300'. Cooking spray, vaseline, silicone based sprays or sprays designed for urethane or polyester products should NEVER be used. Using a proper, non-silicone based mold release can mean the difference between getting only a couple of uses from your mold to 20, 30 or more.
- Mold Instructions & Care - Click Here