How To Make Resin Ocean Wave Art

Prepare Wood

First, I should mention you can buy pieces of wood already prepared for resin beach art from a hardwood dealer or big box store.
So, don’t worry if you lack woodworking experience.
In fact, any type of wood works for this project as long as it has a light color.
Also, I partially prepared these 2 pieces of wood a few months ago.
Therefore, I only needed to trim the ends & rough sand to 120 grit.

Cross Cut

In order for the resin ocean wave art to fit in the epoxy resin mold, I needed to trim the wood to at least 48″.

First, I used my combination square and marking knife to mark a line roughly 36″.
Why did I trim it to 36″?
The 2 pieces of cypress wood were level (flat surface) up to 36″ before it became thinner and sloped down.

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The marking knife created a tiny groove, which made it easy to start the cross-cut with my Japanese pull saw.
As a quick tip, it helps to get the cut started with a ‘pushing’ motion when using a Japanese pull saw.
Otherwise, the teeth grab and cause the first pass to be uneven.

Oh, I forgot to mention. I use mostly mobile power tools & hand tools while doing projects at my home in Florida.
Essentially, I only use larger power tools when I don’t have another option because of the small space.
Since most of my tools are portable, I have all my power tools except my bandsaw with me; however, I try to avoid using them.
Sanding and cutting cured resin could ruin my hand planes and Japanese pull saws, so I was forced to use my track saw and festool ro125 sander.

Sand Rough Cut Wood Slabs

To sand rough cut wood slabs, I use my festool RO125 sander.
I rough sand up to 120 grit to simply remove loose debris and reveal the wood grain..
My sanding sequence started at 40 grit with my sander in rotex (coarse) mode in order to knock down the resaw marks from my bandsaw.
Then, I used 60 grit, 80 grit, 100 grit, and 120 grit while in rotex mode.

After I finished 120 grit in rotex mode, I changed my Festool RO125 to random orbit (fine) mode and went over the wood with 120 grit again.
Additionally, I felt very hot and quickly realized the sun was shining directly on me.
So, I moved my work table in the shade and finished rough sanding.

How to Make a Mold for Epoxy Resin Table or Wall Art

First, use a piece of particle board, plywood, or MDF.
Next, cover the board with packing tape.
I sometimes use tuck tape or sheathing tape, but packing tape works and it’s much cheaper.
However, packing tape needs a release agent on top to prevent epoxy from sticking to it.

Then, I covered the packing tape with vaseline or furniture wax to serve as an epoxy release agent.

Seal Epoxy Resin Mold

The sides and ends should be as long, wide, and tall as the table.
I covered the sides with packing tape and secured them with brad nails to the rear of the table.
For this project, I only used 2 ends because the wood on each side served as the sides.
Most importantly, I used a silicone caulk (any type will work) to seal all edges, seams, and corners.

As a quick tip, clamp the wood to the resin mould before sealing with silicone caulk.
If I clamp the work piece down after sealing, I risk breaking the caulk seal which causes leaking.
Lastly, I used my digital protractor angle gauge to level the bottom of the epoxy resin mould.

Options for Making an Epoxy Resin Mold

There are many different options to make an epoxy resin mould.
I used the most cost effective method to create an epoxy resin mould for this project.
However, this method introduces more risk for leaking.

Melamine constructed in a box and covered with sheathing tape is the safest method to build a resin mold.
In addition, I used this method on my reclaimed walnut river rock table.

But, the ‘yang’ to this ‘yin’ is price.

3D Resin Art using Layers

To clarify, I intentionally poured multiple layers of epoxy to create a 3D resin ocean wave art effect.
Pouring multiple layers of epoxy resin gives the ocean waves a more realistic look by adding depth.
This technique especially works well for resin pours deeper than 1/4 of an inch.

Of course, I could have poured everything in one deep layer using slow-curing casting epoxy.
However, the ocean waves would only be on the top of the resin.
By the way, one of my favorite casting epoxy to use for up to 4″ pours is Liquid Glass Superclear 2.0.

How Long Between Epoxy Pours?

Normally, 24 hours is the length of time required between epoxy pours.
However, epoxy resins vary greatly.
In turn, I always follow the manufacturer’s instructions very closely.

First Resin Pour

For the first resin pour, I mixed 48 ounces of epoxy resin in a mixing container.
My daughter likes watching epoxy resin pours. She especially likes when I mix pigments and dyes in the epoxy resin.

Next, I mixed the material until it was clear.
Most epoxy resin gets cloudy during the mixing process.
The material becomes clear when fully mixed.

Transparent Blue Dye for Resin Ocean

In order make the resin ocean wave art translucent, I mixed resin and turquoise blue transparent dye.

As a quick tip, transparent resin dye darkens with each epoxy pour. So, do not mix too much dye on the first few epoxy resin pours

I always add a very small amount of translucent dye to resin, mix, and inspect.
Keep in mind, I can add more if the color needs to be darkened.

Obviously, this shade of blue was not dark enough.

I had to add more transparent blue dye to the resin a total of 3 times to achieve the proper shade of blue.

Resin Pour

First, I poured the resin into the mold and allowed it to settle for a few minutes while I checked for leaks.

Once I verified there were no visible leaks, I grabbed the white alcohol ink to create ocean waves.

Resin and Alcohol Ink

First, I add alcohol ink within 3 to 5 minutes after the resin pour.
It is important the resin to be fluid in order for the alcohol ink to disperse correctly.

I used the bottle to pour white alcohol ink across the length of one side near the wood.
Also, the point here is to make it appear as though waves are crashing on the shore.

Next, I used a hair dryer to spread the alcohol ink because my heat gun broke.
I ordered a new one, but it didn’t arrive in time for this project.
Keep in mind, a hair dryer works fine; however, the high speed may cause the resin and/or alcohol ink to splash around.
Ultimately, I wanted to get a feel for how it flowed in the resin.

I noticed something interesting while moving the alcohol ink in the resin.
The more I moved the alcohol ink with the heat gun (blow dryer), the more it blended with the resin.
In other words, the resin looked more like white resin.

In order to get the lace effect or water effect, I only needed to move the alcohol ink a few times.
Keep in mind, there is no right or wrong way to go about creating resin ocean wave art.
I encourage you to do what feels right to you. After all, art is about self expression.

Second Resin Pour

After 24 hours, I proceeded to the second resin pour.

As a quick tip, the color darkens quickly when using transparent dye with multiple layers of resin.
In other words, the color compounds with each layer.
I made this mistake once and there is not a way to fix it.
So, be sure the color doesn’t get too dark by the time you reach the final epoxy resin pour.

First, I mixed 48 ounces of epoxy resin.
Then, I used the stronger transparent blue dye.

Next, I poured the resin on the previous layer.
I really like this transparent dye as it produces a vibrant blue with only a few drops.
In comparison, 2 drops of this dye is roughly equal to 15 drops of the weaker transparent dye.

Then, I poured the alcohol ink in the tinted resin as I did in the previous step.
This bottle does not have a spout, so the alcohol ink dripped down the side of the bottle.
Consequently, I poured more than I intended.

Also, notice the first layer underneath this layer in the picture below.
By adding depth through multiple resin layers, this resin ocean wave art should have a very cool 3D effect.

After about 30 seconds of the alcohol ink sitting in the resin, it created a cool effect.

I used my heat gun to move the resin until I achieved an ocean wave pattern.
Additionally, I avoided moving the resin around too much.

Third Resin Pour

After 24 hours, I mixed another 48 ounces and added blue transparent dye.
I poured the resin in the epoxy ocean.

Next, I filled a few wood cracks and imperfections with transparent blue colored resin.

Then, I poured white alcohol ink in a bowl and used a straw to add alcohol ink to the resin.
Essentially, the straw helps me control the amount of alcohol ink I add to the resin.
Since this is the third layer, I can’t make a mistake at this stage of the project.

I moved the resin around with my heat gun.

Next, I added a small amount of alcohol ink to the colored resin in the wood cracks.
I used my resin mixing stick to blend the alcohol ink.

Essentially, I figured the heat gun would blow too much of the resin on the wood surface.

In order to create more of a 3D ocean wave effect, I used my heat gun to roll some of the blue resin over the alcohol ink.
I did not want the surface to be too white considering I had one more epoxy resin layer after this one.

Final Resin Pour

After 24 hours, I started the final resin pour.
First, I mixed 48 ounces of resin and mixed it just like in the previous layers.
I poured 4 ounces of clear resin into a plastic cup.

Then, I added transparent blue dye to the 36 ounces and white alcohol ink to the 4 ounces of resin in the plastic cup.

So, I decided to mix alcohol ink to a small amount of resin for this pour to make it more fluid.
In previous epoxy resin layers, the alcohol ink is very thin and watery. As a result, it spread too easily.
I figured adding thickness would give me more control

Next, I poured the final resin layer and allowed it to settle for a few minutes.

Resin Ocean Wave Lacing Effect

I filled some of the remaining wood cracks with colored resin and added a small amount of the alcohol ink mixed with resin.
I moved the alcohol ink around to create the lacing effect on this resin ocean wave art with a straw instead of a heat gun.

In order to create resin ocean waves, I poured the alcohol ink mixed with resin near one piece of wood.

Next, I used a straw and lightly blew on the alcohol ink to sink it more in the resin.
Although this worked well, I needed to add more alcohol ink.

The alcohol ink mixed with resin behaved exactly how I thought, but I wanted a more dramatic resin ocean wave effect.
So, I pulled out the bottle and promptly added more alcohol ink.
I didn’t have time to use a bowl and straw because I need the resin to be fluid.

Then, I used a straw to sink the alcohol ink in the resin to get a light blue color and a 3D effect.
Additionally, the ocean wave appears as though half of it is under the surface of the water.

As a final step, I used my heat gun until I reached a resin ocean wave effect I thought looked good.

As a quick tip, I find it really helps to roll the blue resin over part of the white alcohol ink to create depth at the very end.
After I rolled the blue resin over, I left it alone.

Remove from Epoxy Resin Mold

After the resin ocean wave art cured for 48 hours, I removed the epoxy mold successfully.
Obviously, this part of resin beach art projects causes me to feel anxious.
If leaks exist, it means a lot of messy work to clean it up on the underside.

Remove Silicone with Chisel

I removed the leftover silicone from the resin ocean wave art.
Ultimately, this prevents the silicone from ruining my sandpaper.

Trim Wood to Final Size

I used my Festool TS75 track saw and track to trim the ends and sides.
In order to trim the sides, I measured from one corner across the table 24″ and made a mark.
I repeated the process at the other end.

Next, I placed my track on the 2 marks and secured it to the table.

Then, I lowered the saw to 1.5″ (the thickness of the resin ocean wave art is 1.25″) and set the depth.
I cut one strip of wood from the side.

After I trimmed one side, I measured 23″ from the freshly trimmed side just like I did for the other side.
The final width is 23″.

Finally, I trimmed 2.5″ from each end following the same process.
The final length is 31″.