Live Edge Table

This is my second table! Let’s first cover the basics:

  • Start: Fall 2016
  • End: April 2018
  • Wood Species: New Growth Redwood
  • Wood Supplier: Ponderosa Millworks1
  • Table Type: live-edge wood slab

After gaining some considerable experience on my previous live edge slab table, I decided I was ready to attempt another live edge slab table but this time with a more expensive wood species. As in the aforementioned project, I and a friend went to Ponderosa Millworks1 and split a completely dried 9’x3' New Growth Redwood slab. Each of our respective resulting slabs were 4.5’x3'.

For those of you who don’t know the history of redwoods and the difference between old and new growth Redwood in California I’ll refer you to this article. Suffice it to say, that old growth is more expensive than new growth and this is largely due its scarcity after many years of logging.

Let’s dive into the chronology of the project with some images to help us understand the workflow along the way!

The first step was to fill any defects (whether they be structural or just visual weaknesses). To do this I used West Systems 105 Epoxy Resin with West Systems 207 Hardener.

Top Down: Filling defects
Side: Filling defects

After my previous project and realizing that orbital sanding cured resin with 80 grit paper is very slow going, I decided to try a Ryobi belt sander purchased from Home Depot. The increased speed of the belt rotation and ability to go as low as 50 grit instead of just 80 grit allowed me to zip through the cured resin in minutes.

Sanding cured resin to level surface

After leveling the resin fills, I then lightly sanded the entire surface using the belt sander and 120 grit.

Belt sanding entire surface

After watching some interesting youtube videos on card scrapers and seeing their apparent effectiveness at creating a smooth surface, I decided to purchase a couple2 and try them out for myself in an attempt to avoid higher grit sanding.

Using card scrapers

I discovered card scrapers take practice to use effectively. Combination of either too low or too high of an approach angle of the card to the wood and the naturally soft fibers of redwood, meant that creating divots were very easy. The removal of these divots was time consuming and amounted to resanding the wood in those areas using 120 grit sand paper. While the card scrapers provided an unparalleled smooth texture for the resin fills, they ulimately proved too difficult to use without creation of divots on the soft redwood. I instead resorted to sanding progressively from 80 grit up to 1200 grit as I had done in my previous project

Be careful to avoid divots when using card scrapers on soft wood.
Resanding after card scraper divots

The next step was to use 400, 600 and 1200 grit sand paper by hand to round the edges and remove loose fibers from the live edges and generally smooth out the live edges.

For live edges with fine detail, fold sand paper and use folded edge to access the hard to reach areas.
Fine sanding edges

At this point the sanding was done and I could move on to staining the wood. For this, I used Watco Danish Oil (Natural)3.


Once this had sufficiently dried (~3 days), I began applying varnish for the finish. This was my first experience applying a film finish as opposed to just an in-grain one (e.g. simply using Danish oil). I spoke with a local craftsman at Ponderosa Millworks1 about their typical finish procedure and they recommended using spar varnish4.

The results after ~4 coats are shown below.

Finishing with Spar Varnish
Finishing with Spar Varnish

Unfortunately, I didn’t thoroughly research the use cases of spar varnish4. So while as seen above, the results are very glossy and smooth (my goals), the varnish itself was very tacky even after weeks of drying. Not only was the finish not curing to a suitable hardness, it had also formed drips in several places (this was my first attempt at applying a film finish and so each coat was too thick).

Spar varnish is great for outdoor use but will not provide a tactilely hard and smooth finish suitable for indoor use.
More drips

After conducting more research on the various film finishes available and asking several questions across the web5 6 with respect to how to best proceed from my then current state of things, I finally resolved to stripping the finish off and reapplying Minwax wipe-on poly instead of spar varnish. I researched the various stripping agents available and settled on one that was the least harmful to the underlying wood7. The chemical agent needed only about 45 minutes total to fully penetrate the film finish.

1 minute after applying stripping agent
5 minutes after applying stripping agent

Once 45 minutes of set time had passed, I was able to proceed with scrapping off the chemical agent and film finish. To avoid damage to the wood surface and minize the amount of resanding necessary, I used soft bristle scrub brushes8 and plastic (not metal) paint scrapers from Home Depot.

Use a soft scrub brush to remove stripping agent from a live edge in order to best prevent removal of cambium cell layer.
After fully removing stripping agent/finish

I then proceeded to resand starting at 120 grit and moving up to 1200 grit.

After resanding

Because, much of the in-grain stain from the previous Watco Danish Oil3 staining had been sanded off, I needed to restain.

After restaining

The table was now looking good once again and was ready for the film finish. For this, I used Minwax Clear Gloss Wipe-on Poly9. I applied at most 2 coats per day.
I applied each coat with a 4"x4" folded square lint free cotton cloth cut from old t-shirts. Each coat was applied in sections to the table so as to avoid trying to do table-length strokes (high risk of streaking and bubbles). I lightly sanded between coats using #0000 steel wool to a dull, cloudy sheen and then meticulously wiped off any debris/metal fragments so as to avoid nibs forming in the next layer of poly.

Make sure to scuff or dull entire surface with #0000 steel wool between coats of poly for best follow-up layers of poly.
Make sure to remove all dust and debris from in-between poly coat sanding so as to prevent nibs in next follow-up layers of poly.

In total I applied 18 coats of poly.

For absorbent wood species like redwood, one won’t see any gloss develop until ~8 coats of poly are applied.

I was apprehensive of using paint stripper or thinner to clean my application cloths in an effort to reuse them. So as you can see below, I had a mountain of rags by the end!

After 18 coats of poly

As is seen below final texture is very firm though maybe not as smooth as the spar varnish…c’est la vie.

After 18th coat of wipe on poly
After 18th coat of wipe on poly

My assumption is that with further coats (~30 total), I would be able to then aggressively buff and polish the surface of the film finish to a visually glass-like appearance. However, at this stage, this project had been going on for several months and with one large mess-up already, I was eager to move on 😄.

After the pleasing result of pipe legs as the base for my previous table, I decided use them again for this one to provide a theme among my table furniture.

Installation of base

All said, I’m very happy with the final result. It’s high gloss and tactilely smooth finish were what I was targeting for a film finish.

Final product

Thanks for reading!

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Software Engineer

My research interests include computer vision and deep learning.