<p><strong>Sources of bubbles</strong></p>

<p>Mod Podge doesn't contain solvents that degas and create bubbles in the finish.  If you are getting bubbles in the finish, it's either because of air bubbles that got mixed into the product, or air trapped during application.</p>

<p><strong>Getting rid of bubbles in the product</strong></p>

<p>As Allison C notes in a comment, the product gets a lot more shaking before it ever gets to you than what it got being knocked off the table.  It's a thick liquid, so it can take a while for bubbles to all work themselves to the surface.  If the container sits for a few days, any bubbles should rise to the top.  </p>

<p>The same would apply if you ever decide to stir the contents.  Stir slowly to not introduce air, then let it sit for a few days.</p>

<p>There's a way to speed up getting rid of any air bubbles.  Slowly pour the contents into another container in as fine a stream as you can.  If you want to store it in the original container, pour it back the same way.  For this to work, you need patience to avoid the temptation to speed things up.  Any air bubbles will end up at the top of the product in the container you pour into, where they can easily escape.</p>

<p><strong>Avoiding bubbles in the coating</strong></p>

<p>Even if there are no air bubbles in the product, you can still get bubbles during application.  There are two main ways.  If what you're coating has a lot of surface texture and detail, you can trap air when you apply the coat.  If you use a scrubbing motion with the brush, that can stir in air.  If you are applying a thick coating, air from those sources can aggregate as bubbles.  The coating dries from the outside in, so the surface can trap them.  Even if the bubble pops, the coating may be viscous enough at that point to not flow into the bubble hole, leaving a pock mark.</p>

<p>Techniques to avoid this:</p>

<ul>
<li>Apply several, very thin layers, waiting between coats for the previous coat to dry enough to be clear.</li>
<li>Try to brush in smooth strokes rather than scrub the Mod Podge into the detail and nooks and crannies.</li>
<li><p>Inspect for bubbles after each coat.  If you see a bubble or pock mark, that's a sign that you're applying too thick a coat.  </p>

<p>Wait for the Mod Podge to dry so you can see its final form.  Fill pock marks with a tiny drop of Mod Podge at the end of a pin or toothpick, slightly overfilling so the drop is a little raised (it will flatten when it dries).  You probably don't need to worry about pock marks that seem too small to fill; they will get filled by the next coat the same way tiny detail got filled by the first coat.  Wait for that to dry.  </p>

<p>Inspect to see if any irregularity is visible in the surface.  If so, gently dry polish the area with an abrasive scrubbing pad (the abrasive surface is typically a non-woven mesh of plastic like nylon filaments).  If you need something smaller, try a small piece of nylon fabric wrapped around a cotton swab.   You don't need a perfect surface, just no visible ridges; if any irregularities are barely visible, don't worry about them.  Then give it another thin coating, which will hide any minor imperfections.</p></li>
</ul>

CC BY-SA 4.0
2019-09-17T23:04:19.223Z
2019-10-06T19:56:03.807Z
2019-10-06T19:56:03.807Z
fixer1234
<p>I am a miniature painter, and I use brush-on mod podge to seal my minis because it's what I have available and a bottle of mod podge lasts much longer and is easier to use than an aerosol sealer. However, my gloss coat bottle got shaken when my dog knocked it off the table, and I have a lot of trouble with bubbles.</p>

<p>Is there an easy way to get rid of these bubbles when they're on an irregular 3D surface like a mini? Do I need to get a new bottle? Is there a way I can prevent these bubbles even when dealing with odd shapes?</p>

CC BY-SA 4.0
2019-09-17T05:47:42.803Z
I think a picture would help towards understanding the problem and finding a solution. Personally, I can only guess the problem.
virolino
CC BY-SA 4.0
2019-09-17T14:58:57.927Z
Seconding a need for a photo. Also, how long ago did the bottle get knocked off the table/how long have the bubbles been present? I guarantee it was subjected to much worse than a short fall in shipping and stocking, and you may only need to wait.
Allison C
<varnish><miniatures><decoupage-glue>
How do I remove mod podge bubbles from an irregular surface?
TricornGM
# How do I remove mod podge bubbles from an irregular surface?

(Asked by: username_0 on 2019-09-16)

I am a miniature painter, and I use brush-on mod podge to seal my minis because it's what I have available and a bottle of mod podge lasts much longer and is easier to use than an aerosol sealer. However, my gloss coat bottle got shaken when my dog knocked it off the table, and I have a lot of trouble with bubbles.

Is there an easy way to get rid of these bubbles when they're on an irregular 3D surface like a mini? Do I need to get a new bottle? Is there a way I can prevent these bubbles even when dealing with odd shapes?

**Tags:** varnish, miniatures, decoupage-glue

> **Comments:**
> **username_1**: I think a picture would help towards understanding the problem and finding a solution. Personally, I can only guess the problem.  
> **username_2**: Seconding a need for a photo. Also, how long ago did the bottle get knocked off the table/how long have the bubbles been present? I guarantee it was subjected to much worse than a short fall in shipping and stocking, and you may only need to wait.  

---

## 1 answers

### Answer by username_3 on 2019-09-17. Score: 3

**Sources of bubbles**

Mod Podge doesn't contain solvents that degas and create bubbles in the finish. If you are getting bubbles in the finish, it's either because of air bubbles that got mixed into the product, or air trapped during application.

**Getting rid of bubbles in the product**

As username_2 notes in a comment, the product gets a lot more shaking before it ever gets to you than what it got being knocked off the table. It's a thick liquid, so it can take a while for bubbles to all work themselves to the surface. If the container sits for a few days, any bubbles should rise to the top.

The same would apply if you ever decide to stir the contents. Stir slowly to not introduce air, then let it sit for a few days.

There's a way to speed up getting rid of any air bubbles. Slowly pour the contents into another container in as fine a stream as you can. If you want to store it in the original container, pour it back the same way. For this to work, you need patience to avoid the temptation to speed things up. Any air bubbles will end up at the top of the product in the container you pour into, where they can easily escape.

**Avoiding bubbles in the coating**

Even if there are no air bubbles in the product, you can still get bubbles during application. There are two main ways. If what you're coating has a lot of surface texture and detail, you can trap air when you apply the coat. If you use a scrubbing motion with the brush, that can stir in air. If you are applying a thick coating, air from those sources can aggregate as bubbles. The coating dries from the outside in, so the surface can trap them. Even if the bubble pops, the coating may be viscous enough at that point to not flow into the bubble hole, leaving a pock mark.

Techniques to avoid this:

* Apply several, very thin layers, waiting between coats for the previous coat to dry enough to be clear.
* Try to brush in smooth strokes rather than scrub the Mod Podge into the detail and nooks and crannies.
* Inspect for bubbles after each coat. If you see a bubble or pock mark, that's a sign that you're applying too thick a coat.

  Wait for the Mod Podge to dry so you can see its final form. Fill pock marks with a tiny drop of Mod Podge at the end of a pin or toothpick, slightly overfilling so the drop is a little raised (it will flatten when it dries). You probably don't need to worry about pock marks that seem too small to fill; they will get filled by the next coat the same way tiny detail got filled by the first coat. Wait for that to dry.

  Inspect to see if any irregularity is visible in the surface. If so, gently dry polish the area with an abrasive scrubbing pad (the abrasive surface is typically a non-woven mesh of plastic like nylon filaments). If you need something smaller, try a small piece of nylon fabric wrapped around a cotton swab. You don't need a perfect surface, just no visible ridges; if any irregularities are barely visible, don't worry about them. Then give it another thin coating, which will hide any minor imperfections.


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