How To Use Mod Podge To Put Paper On Wood
Before you apply the paper sand the surface of the wood so it s nice and smooth.
How to use mod podge to put paper on wood. Press the paper onto the wood and smooth it down. When everything s dry apply a thin coat of mod podge to the wood and smooth the paper on to the surface. Just cut or tear pieces of paper to decoupage onto the wood and arrange the pieces of paper on wood without applying modge podge on them. Using mod podge is an easy way to adhere paper onto wood. To mod podge a photo onto wood first apply a thick coat of mod podge to your wood.
Apply a thin layer of mod podge to the back of your paper with a makeup wedge. Then press your photo onto the wood and cover it with a thin layer of mod podge. Paint a layer of mod podge on your smooth wood surface. This is the time when we are just observing the layout. Paint it on your surface evenly.
Using a scrub rag and a bowl of water soak the paper. For example if you are mod podging an image from a thin napkin onto a dresser use a thinner coat of mod podge. If covering an entire area with one piece of paper you may apply the mod podge to the wood surface instead as if painting it. Paper fabric wood using a paint brush or foam brush. Then spray both sides of the paper with a clear acrylic sealer to help protect it.
Press and smooth the paper onto the wood in the desired area using your hands. Apply a thin layer of mod podge to the back of the paper one piece at a time using a foam brush. To transfer a picture onto your wood first print out your picture on a laser printer using regular printer paper. Apply the mod podge of your choice to your surface. Shape up tear the paper here comes the time to shape up tear the paper to its desired length and other such specifications.
Use a scraper or roller to get out any bubbles and press the paper to the wood. The rule of thumb tends to be the thicker the paper the more mod podge you can use. Wait 15 20 minutes then apply a second coat. Lay the image printed side down flat on the surface.