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Build A Dining Room Table
Building a Dining Room Table - part one
Shortly after reading an excellent article in
Fine Woodworking Magazine, regarding the use of resin coated cardboard for table construction, we
were commissioned to build a conference table, that would be perfect for using that technique. Several years later, we were building a
nine foot long dinning room table, and it too was a perfect candidate for this lightweight, yet strong and stable design.This is a great way
to build a dining room table.
Once a design was settled on, the construction details were pretty simple to come up with, as we already
knew we wanted a light weight, and very stable table top. Due to the size of the top, (nine feet by four and a half feet), the term
"light weight", still meant pretty heavy.
The table frame is 8/4" Mahogany, cut out of 8" wide pieces to allow for the curve, with rabits cut on the
top and bottom edges. (photo 1).

The bottom rabit is 1/4" by 1", which will permit 1/4" M.D.F., to be glued
and nailed to it. (photo 2). The top rabit is 1/2" by 1 1/2", to allow for 1/2" M.D.F. to be nail and glued to the top. M.D.F. is the perfect
substrate for veneer work. The top 1/2" M.D.F. is available in "Ultra Light", which is what we used. It weighs about half that of regular
M.D.F, and has many of the same benefits as it's counter part.
The remaining "tongue" is 3/4" thick, and matches the thickness of the cardboard core. It also gave us space
to install 3/4" thick, crosspieces to fasten the table legs to, and stiffen the frame work. (photo 3). It is very important that the cardboard
be flush with the top rabit, and the cross pieces. The 1/2" M.D.F. has been fitted to the opening, (photo 4), but it isn't glued in
yet.
The next step is to dismantle all the parts, meaning the cardboard, cross braces and top M.D.F., and
prepare to glue it up. (photo 5). We used a urea resin glue, which is a two part glue, a liquid and powder, which is the catalyst, and is
available in several colors, to match the color of the wood being used. This will actually become grain filler in some instances, as it
does penetrate through the veneer. Therefore a dark powder catalyst, for a light color veneer would be a problem.

The parts are coated with the glue, using a foam roller, and a heavy coat is applied. This will "lock in" the honey comb
cardboard and crosspieces. Then the assembly is put into the vacuum bag, (photo 6). Our next step was to start rough cutting the veneers. (
photo 7). After this, we made a particleboard pattern in the shape table sides. After cutting the table frame about an 1/8" heavy, with a
jigsaw, (photo 8), we used the pattern and a router to cut to the final shape. (photo 9). A series of patterns were made from 1/8"
M.D.F., following another tip from Fine Woodworking Magazine, to make cutting the veneers to the proper shape possible. (photos 10,11,12)

Part two
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Written by: Lee A. Jesberger © 2006
Inventor of Ezee-Feed systems ®
Website Created by: Lee A. Jesberger
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