Woodworking Project – Quilt Hanger

My wife has always been a big admirer of hand crafted quilts. During a trip to visit her parents, she fell in love with the quilt shown here, and her father bought it for her. Her original intent was to put it on our bed, but such a work of art deserved better then that. We also weren’t sure that we wanted to subject the quilt to the everyday wear and tear that normal use would give it. Putting it into our cedar chest or steamer trunk keeping it safe from harm, didn’t seem right, the craftsmanship deserved to be displayed so other could enjoy and admire.

Quilt Hanger

Quilt Hanger

I had found an article about making a quilt hanger in one of the woodworking magazines. I liked the look of the one described but felt that it needed a little modification. Like mine the original quilt hanger was a two piece unit, the back and top assembly, and the horizontal hanger bar. I was quite happy with the idea of the back and top assembly, and mine is somewhat the same.

I choose to make mine out of cherry, although most of the woodwork in our house is oak, we felt that this deserved a different look, we didn’t want it just to blend into all the other kreg jig3 150x150 Woodworking Project   Quilt Hangerwood in the room. The top and back assemblies are pieces of 4/4 cherry. The back is 74″ long and the top is 84”. The back is 6” high, and the top is 3.5″ wide. I joined the two pieces together using Kreg Pocket screws.

The length of my quilt hanger was actually determined by the quilt it self. When we laid the quilt flat, and measure its width, we found out that we didn’t have enough wall length to hold the quilt. So decided to fold the edges back under and shorten the width of quilt. We wanted the Starburst pattern of the quilt to be in the center, so we folded the quilt back under an equal amount on both edges. This gave us a width of 66” and a starting point to determine the width of the quilt hanger. I added an arbitrary 4” to this width, and that became the distance between the inside edges of the mounting pegs.

That brings me to the hanger bar itself. The original hanger was a single piece of 4/4 stock. We were concerned that the quilt would not hang properly from the single bar, sp6250056 150x112 Woodworking Project   Quilt Hangero I decided to build an actual frame for the quilt. From the top hanger bar or rail if you prefer, I added two vertical stiles, and a bottom rail. The length of the stiles again was determined by the quilt itself. I joined the stiles and bottom rail to the top rail using the same Kreg pocket screws. When I installed stiles, I moved them back another 2” from the width of the quilt. This gave us room to fold the quilt over them. But before I attached those pieces, I finished the detail work on the top rail.

After determining the spacing for the pegs, the next step was to drill the holes for the pegs through the top rail. Because I was concerned about locating the holes and the pegs at exactly the same spot, I decided to drill them at the same time. I clamped the top rail to the back, and drilled them together, going completely through the rails and 3/8” into the back. Strictly for appearance sake, the decorative ends of the top rail were added.

I cut both the curved edges and the points on the ends of the top rail with a Jig saw. To smooth out the edges of the curves, I used my portable spindle sander. I purposely cut theporter cable portable spindle sander1 150x150 Woodworking Project   Quilt Hanger curved portions proud of the intended lines, and then cleaned up the curves with the sander. I used the same spindle sander and my random orbital sander the clean up the pointed ends of the top rail. I used a small ¼” round over bit in my small router the chamfer the edges of the peg holes.

After finishing the detail work on the top rail, I assembled the frame for the quilt. I also installed the pegs into the back piece. These were made from a piece of ¾” cherry dowel rod that I purchased from a local woodworking store. I rounded over the front edge of the pegs before installing them. The pegs were glued and attached from the rear with wood screws. I predrilled the holes for the screws before installing them.

The entire project was given a complete sanding, and cleaned with naphtha before applying a coat of stain, and top coating with polyurethane. I normally use a Tung oil finish for projects that I make from cherry, but we were concerned about the oils bleeding onto the quilt, so the polyurethane was a safer choice.

I attached the back assembly to the wall with decorative brass wood screws. I also installed decorative brass finish washers behind the screws. The screws were spaced so that they were into the wall studs; surprisingly the quilt is quite heavy.

Before we hung the quilt over the hanger itself, we covered the rails and stiles with muslin, to protect the quilt from any sharp edges of the hanger, and again to protect the quilt from any possible bleed through from the stained wood. The quilt itself was folded over the hanger assembly and my wife tacked the quilt into place using nylon thread. It actually took more time to hang the quilt over the hanger and sew it into place then it did to build the whole thing.

So now the quilt has a place of honor in our dining room, where everyone can enjoy it. I hope that my workmanship on the quilt hanger does justice to the artistry of the quilt itself.

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Woodworking Project – Hall Entry Table

A while back I wrote about a mirror made from Bubinga, for our living room. The mirror is still in its place just inside our front door, but it looked out of place, there was nothing undercherry entry table2 300x225 Woodworking Project   Hall Entry Table it to anchor it visually. We needed something beneath the mirror. After trying several options, we decided that we needed a small table beneath the mirror. The entry table shown to the right is the result of that decision.

This table was made from solid Cherry. This is a departure from the normal Oak that I usually use, but we felt that the cherry would appear to be warmer than a table made from oak would be. The table top, apron and the stretcher bar are all made of 4/4 Cherry, while the four legs are made from some 6/4 stock that I had in the shop.

The table top is made from two pieces of cherry; I could not find stock wide enough to make it from a single piece. I started by rough cutting the two pieces to an delta jointer 150x150 Woodworking Project   Hall Entry Tableoverall length of 40” which I will cut it to its correct length, later in the project. Next both pieces were ran across the jointer, to square up one edge, and then through the surface planer.

Cherry can have some very distinctive grain patterns, some very wild while others are quite tame. I took the time to ensure that the grain patterns of the two pieces looked good together before I joined them together. You don’t want to use a really decorative piece next to one that is very bland; this will only make your joint line stand out more, no matter how tight it is. To join the two pieces together I chose to use my biscuit joiner. I prefer to use the biscuit joiner when ever I do flat glue ups like a table top. I marked the location for the biscuits on both pieces of the top, and then cut #20 biscuit slots into both pieces of the top.biscuit joiner 150x150 Woodworking Project   Hall Entry Table

After applying glue to both sides of the top and the biscuits, I clamped the two pieces together. I used my normal process for glue up.  I used a total of five bar clamps on the top, I started with the first clamp, under the glue up, the next one in line was installed over the top of glue up, and the third was again under the glue up, and so on. By alternating the clamps, you reduce the chance of causing the joint to buckle.

While the glue up dried, I turned to the legs and the apron. The legs are 1 ½” square. I didn’t feel that the table needed for any taper in the legs. I wanted to keep the look of the table simple. The legs were cut to a length of 29”, I considered putting a chamfer on the bottoms of the legs, but left them flat so I could later install mechanical levelers. At the top of the legs I installed a simple apron; the apron is made from the same 4/4 cherry that the top was made from. The front apron is 3” tall and 31” long, while the sides are only 7” Long. To add a small amount of interest to the aprons, I ran the bottom edge of aprons over a beading bit installed in my shaper.beading bit 150x133 Woodworking Project   Hall Entry Table

The apron are attached to the legs with Kreg pocket Screws. I held the aprons to the back of the legs, this gave me a small reveal or shadow line along the front of the aprons, I think this looks much better than to have everything meeting along the same plane. But before I attached the aprons to the legs, I wanted to take care of the stretchers.

The stretchers are made from 4/4 cherry stock. I ripped the stock to make a ¾” square long center stretcher and two shorter end stretchers. To attach the stretchers to the legs I chose to use my Hollow Mortise machine. Using the hollow mortise chiseler, I was able to cut 3/8” x 3/8”mortises in the inside edgesjet mortiser 150x150 Woodworking Project   Hall Entry Table of all four legs. One thing I learned a long time ago was to clamp all four legs together temporarily, and mark the locations for the mortises across all four pieces at the same time. This helps to ensure that mortises will all be square when you do the final assembly. I also clamped a stop block onto the fence of the hollow mortise chiseler, to help ensure that the cuts were all at the same point.

One more process before I did the assembly. I took the two short stretchers and made the same 3/8” mortise along the center of the stretchers. I had cut the end stretchers long in the beginning, so I just found the center of both pieces and made the mortise there. To determine the length of the side stretchers, I clamped the legs to the end stretchers, and measured the distance between the legs at the bottom of the apron, after verifying that the legs were square to the aprons. Knowing this length I returned to the side stretchers, from the center of each stretcher, I went half the known length plus 3/8” for the mortise in each direction. After cutting the side stretchers to length, I took them to the table saw, and cut 3/8” x 3/8” tenons onto each end. Before I actually cut the tenons, I made several trial pieces, tweaking the cut until I felt it was perfect. While I had the table saw set up, I cut the tenon on one end of the center stretcher, I would cut the other end after some assembly.

Before I assembled the legs, apron and stretchers, I took the time to cut some more Kreg pocket screw holes into the back side of the front and back aprons along their top edges. I planned to use these to attach the apron to the kreg jig 150x150 Woodworking Project   Hall Entry Tablebottom of the table.

Using pockets screws and glue, I attached all four legs to the four apron pieces. I applied bar clamps along the apron to hold it secure to the legs while the glue set. Now I used a little gentle pressure to separate the bottom of the legs apart just far enough to allow me to install the side stretchers. With these installed, I added more clamps along the side stretcher and leg intersection. Then using a framing square to verify that the legs were all square to the apron, I turned to the center apron. Since I already had cut the tenon on one end, all that remained was to mark the final length and then cut it off after the 3/8” for the other tenon.

After cutting the center tenon to length, I used the same set up on the Tablesaw to cut the remaining tenon. Then using the same concept as above, I spread the legs just far enough to insert the tenon into each of the mortises. With this done, I added one more clamp along the center stretcher, while the glue dried. While this whole assembly dries, let’s get back to the top.

After removing the clamps, I used a paint scraper to remove any excess glue. Then I took the whole top and sent it thru my surface planer. Then I ran the top back over the jointer, to create a straight square edge on one side of the top. With this done, I took the top back the Tablesaw and cut it to it’s final width of 12″. Then I turned to my miter saw to cut the top to it’s final length of 36″. One more operation before I can attach the top to the leg assembly, I eased the edge of the top with a ½” ogee bit, mounted in my shaper.

I now took the opportunity to do a light sanding of the entire project. When I sanded the table I stopped at 180 grit paper. I planed to finish the table with an oil finish, and I feel that any finer sanding closes too many pores in the wood, which will keep the finish from penetrating into the wood.

After putting a rubber mat on my work bench, to protect the freshly sanded top, I attached the apron and leg assembly using only pocket screws, No glue was used for this process. I did not install any screws at the side apron and top intersection; this is the axis that the top will move if it ever is affected by a moisture change in our house. I also backed the screws on the front and back aprons out just a bit, again to give the top some room to move.

After wiping the entire project with a clean rag and naphtha, I checked the entire project for any glue squeeze out that I may have missed, or any spots that needed more attention.

My finish was applied in three steps. The first I made a 50/50 mixture of tung oil and linseed oil. This mixture was brushed over the surfaces, and left to soak in for 10 minutes before I wiped off any excess. I left the table to set up for a complete week, before I applied the next step. This time I made another 50/50 mixture, using Tung oil and polyurethane. But before I applied this mixture I did a wet sanding. I applied a liberal amount of pure Tung oil to the project, and then using 280 grit wet sand paper, I sanded the entire project. The Tung oil combined with the wet sand paper creates a slurry that helps with the sanding. After cleaning the table completely, I applied the second mixture. Once again, I waited another complete week before I applied the third and final top coat. This time I used 100 % polyurethane as the final coat. The top was sanded before I applied the Polyurethane, with 400 grit wet sand paper and Tung oil. The legs and apron did not receive the final sanding as they were smooth enough.

Not as complicated as some of the projects that I have undertaken, but one that created a nice piece of furniture with simple lines that looks like it belongs in our house.

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