Every place I've ever lived has been designed for that "average American family," with lots of bedrooms, living room, dining room, family room, etc. The problem was that I was a single person, not an average family. I needed space, but for hobbies, not people. And because I'm over 6'2", bending over to use sinks designed for children was a constant frustration. Over the years, I collected a list of things I would change if I could have my dream house. As I approached retirement, I realized time was running out for that house; it was now or never.
Dreams are not always perfect, however. I could never afford my dream house, a spacious Southern California home overlooking the Pacific Ocean. But I could afford a modest ranch house, with a 20-mile drive to the beach. It was a very long way from perfect, but it had potential.
This blog documents the process of turning that small average house into something that matches my lifestyle. It will be as close to my dream house as I can make it. I'm doing all the work myself to stretch my resources. By not hiring contractors, I can afford high quality materials, and I'll know the job is always done right. The remodeling will be my primary avocation for a few years, even as I try to fit in my writing and other hobbies.
It promises to be an interesting journey, and a challenging one!
Thursday, August 31, 2017
Concrete work & kitchen countertop — Part 2
While the digging was going on, I gravitated toward the much more pleasant countertop lamination. In the last post, I described the building of the flat and level glue-up frame. When that was done, I used the table saw to make strips out of 3/4" thick maple, cherry, and walnut boards, a little over one inch wide. These were turned on edge and arranged on my gluing frame.
Initially, I planned to do the whole countertop in maple, with just two walnut stripes. But then cherry came in, and I ended up with more strips of both walnut and cherry, so I just started arranging them until I ended up with something I thought I would not tire of over a decade or two.
I put the plywood undermount sink template (that I had made some time ago) on top of the strips so I could see where I didn't need wood, since the opening would be cut away when the countertop was all laminated. I am laminating the rough countertop to be thirteen feet long; the ends will be cut off square to a finished length of 12.5 feet. Ideally, I would have thirteen-foot long boards, but most of my strips are at most ten feet long, so by cutting them to skip the holes for the sink and the cooktop cutouts, one ten-foot board could span the whole thirteen-foot long countertop blank. (The pictures may explain that better.)
I am using a West System marine epoxy to laminate all the strips together, and will also put a couple of coats of epoxy on the finished countertop for complete waterproofing and stability. I'm using biscuits to align the strips during the gluing process (inserted into matching slots in adjacent strips). The working time for the two-part epoxy I was using is about 25 minutes. I set a kitchen timer so I would know when I had to start clamping the strips together (lest the epoxy start to set up, and everything thrown away). I managed to glue five strips together for the first batch, using twelve clamps.
For that first batch, I brushed the epoxy on each strip individually, and then mated it to the next strip, and so on. For the second batch, I arranged the strips against each other so I could brush the epoxy on a number of strips at the same time. Much faster.
Once the strips are glued together, they have to be planed flat and smooth, because of the glue runout and, well, because the strips are never going to be perfectly aligned. The kitchen countertop is 30" deep, while my thickness planer has a 12" width capacity. So I'm laminating the countertop in three sections, each between ten and eleven inches wide. Each section goes through the planer separately. Then the three sections will be carefully aligned and glued together. When the strips are clamped together, the epoxy gets squeezed out the top, but mostly out the bottom. I can scrape off the excess glue from the top before it hardens, but not from the bottom, so the first passes through the planer need to take the glue off the bottom.
Lots of space needed to get the long countertop section through the planer:
The second section is done pretty much the same as the first section, although the strips for the second section have to be clamped to the first section (but not glued yet), so the second section will be a perfect match to the first section. There are slight variations in the thickness of the strips which means that even if the first strip was perfectly straight, the last strip in a section will not be. Once the strips are glued together to form a 10" wide section, no amount of clamping will bend them to conform to the adjacent section, unless they were clamped together during the gluing process.
For the first section, I could use my six 12" clamps and my six 24" clamps. For the second 10" section, clamped to the first section, the 12" clamps would not work. So out came my 48" clamps to supplement my 24" clamps. Can't do a project like this without a lot of clamps.
Here's a look at the first two sections sitting side-by-side, after preliminary planing (all three sections will get a final fine planing to bring them to the same thickness before being glued together). The overall view, showing the cooktop cutout and the more distant sink cutout:
And a closer view. When coated with epoxy, the colors will be darker and more saturated, and the plan is to sand the epoxy to a satin finish.
As for the third section, I need to make the hour drive down to the hardwood store to buy more wood before countertop work resumes. Work has shifted to the concrete.
I finally finished digging the trench into the rock-hard ground. Again, the deeper trench is for the footings, and the forms for the 24" stem wall will sit, more or less, on the outer shallower trench.
The trenchworks had to be fairly precisely located, straight, square, and at the proper depth. To ensure the right depth for upper and lower trenches, I used a small laser level, along with a stick marked with the various depths. The laser level sat on the garage floor on a purpose-built box as a reference height.
And then I started building the stem wall forms, in sections, attaching them together, positioning, adjusting elevation, etc. At this point all the outer wall sections are in place. Now I need to start putting the rebar in, and then build and install the inner sections of the forms. Then tie them together, shim them level, stake them in place. Then concrete!