This 1970's kitchen cabinet panel was in need of an update, so this is where Boehm Stained Glass Studio stepped in. Watch me work as I go through the process of preparing a modern yet ageless, all-clear glass replacement. Click on any photo to enlarge.
Here's the single original cabinet door, with a floral motif.
And here a view from the inside the door.
My customer wanted an updated look without color but with enough opacity so that the spices behind the glass could not easily be seen. I presented three different designs in different color combinations including clear. We decided upon using a Spectrum Crystal Ice glass, which is a clear yet highly textured glass, along with dual center diamonds and border accents of clear frosted glass.
Here is the computer rendition of the winning panel design:
Here are the specialized shears which cut a small channel between the pattern pieces. This allows for the copper foil which will follow.
Here I'm pressing an oil-filled pistol grip cutter along the edge of a flat ruler to score the glass. Once its scored, I tap firmly on the glass on both sides. After a minute or so, the glass will crack in a straight line.
To conserve glass and to save time, I've traced several pieces of the frosted border, side by side.
As each piece is cut, I bring it to the grinder. The edges of the each piece of glass must be ground to make it safe to handle and for the proper adhesion of the copper foil.
This is an older cabinet and it was not completely symmetrical, as my husband discovered when he did the measurements. Rather than work off of the computer pattern, then, I decided to work directly from the tracing he did of the cabinet.
Here is the glass, all cut and laying on the pattern. Notice the metal fence around the glass. This is to keep it in place while I work.
Applying copper foil to the center of the edge of each piece of glass. Here I'm using black backed 7/32" foil.
I use a flexible plastic wand or "fid" to press the foil onto the glass as shown.
Now the panel has been completely foiled. It is still locked into the fence.
Then I apply liquid flux onto the copper foil directly from the bottle cap. I discard the remains of the cap rather than risk contaminating the entire container.
The next step is "tack soldering" whereby I add a small dot of solder to the intersections of the glass. This locks the pieces in place so I can remove the fence.
I've removed the fence and I'm sliding the pattern out from under the panel. This will protect it from the chemicals and cleaning process which will follow.
I've fully foiled the front of the panel and now I'm spray cleaning off the flux and excess solder with "Kwik-Clean".
After a thorough cleaning, I custom cut and snapped on a thin metal frame around the entire piece. This will give the panel strength and stability. It will also enable the homeowner to remove it if she moves, and make a window hanging from it. When the frame has been placed onto the panel, I put the fence back around it. Then I can solder the frame onto the lead lines and add foil and solder around the corners as shown,
The panel is now out of the fence and I'm applying black liquid patina to the solder, again from the bottle cap. After letting the solder set for a while, I use the Kwik-Clean Spray to wash off the excess. At this point, I've also soldered and patina-ed the reverse side of the panel. After the patina is cleaned off, I dry it thoroughly and add a coat of thin wax. The wax brightens the glass and protects the patina.
And here is the finished panel! I'm looking forward to installing it, hopefully this week! Thank you Darlene, for entrusting your panel replacement with us. It was a pleasure creating this for you~!
Please visit my website to see my custom windows and repairs (click here). And if you are on FaceBook, become a fan and I'll keep you up to date on all my stained glass projects. Call me any time at 201-600-1616 or email with your questions. Thanks!
For more kitchen cabinet ideas, I recommend this site ..
http://topreveal.com/diy-kitchen-cabinet-shelf-ideas
Add character and color to your home. Kathy Lloyd Boehm of Boehm Stained Glass Studio creates custom residential stained glass windows in Bergen County, NJ. And yes, we do repairs. Give us a call at 201-600-1616.
Showing posts with label Kitchen cabinet panels. Show all posts
Showing posts with label Kitchen cabinet panels. Show all posts
Tuesday, July 28, 2015
Wednesday, November 5, 2014
Stained Glass Kitchen Cabinet Panel made into a Window Hanging
Inserting stained glass panels into kitchen cabinet doors is a popular way to decorate and personalize a kitchen. Stained glass pieces, properly cared for, last dozens of years. In many cases, the kitchen needs renovation before the stained glass does. This blog entry shows the process of re-purposing a pair of Iris-themed kitchen cabinet panels.
Here are the pair of Iris panels as they came to me. I added a Post-It note to the top to indicate the front of each panel, at my customer's preference, since either side would look good.
Her request was to simply add hanging hooks so that her mother could put them in the windows of her new apartment. However, this panel was not reinforced with a metal frame. Without the reinforcement, the hooks would have eventually caused the panels to crack. Below, see that I've added a thin zinc "channel" frame to the sides and bottom of the panel. Holding the metal framing in place is a "jig" or "fence" which is pressed against the frame and held in place with push pins.
Notice below that I've soldered the existing solder lines directly to the metal reinforcing frame. I've also soldered the mitered corners at the bottom of the panel.
In order for the existing lead lines to accept new solder, its necessary to burnish off the patina using a thin gauge steel wool as shown below.
Now the frame is in place and I've soldered a small metal ring to the back of the panel as shown. The ring is a "jump ring" which has been tinned. This means I coated it with liquid flux and brushed on a thin coating of solder. I also added a small amount of solder to the frame at the spot where I wanted to attach the ring. Holding the ring in place with needle-nosed pliers, I applied the soldering iron to the ring which caused the solder on both the ring and the frame to melt. Then the hook becomes strongly bonded to the frame. It will now support the weight of the panel.
Another view of the soldered-on "jump ring". The metal is wet because I had just applied black patina to it.
Here is a view of the finished panel. Its actually sideways in the holders that my husband Eric made for me to display my work for photos.
Here is another view, showing the ring on the top side. The ring on the opposite side is not visible. This is a wonderful way to re-purpose kitchen cabinet stained glass panels. To see more examples of kitchen cabinet panels, please click here. This project will be listed first, followed by several others. When you get to the bottom of the page, click on "Older Links" to see more. Thanks!
Please visit my website to see my custom windows and repairs (click here). And if you are on FaceBook, become a fan and I'll keep you up to date on all my stained glass projects. Call me any time at 201-600-1616 or email with your questions. Thanks!
Here are the pair of Iris panels as they came to me. I added a Post-It note to the top to indicate the front of each panel, at my customer's preference, since either side would look good.
Her request was to simply add hanging hooks so that her mother could put them in the windows of her new apartment. However, this panel was not reinforced with a metal frame. Without the reinforcement, the hooks would have eventually caused the panels to crack. Below, see that I've added a thin zinc "channel" frame to the sides and bottom of the panel. Holding the metal framing in place is a "jig" or "fence" which is pressed against the frame and held in place with push pins.
Notice below that I've soldered the existing solder lines directly to the metal reinforcing frame. I've also soldered the mitered corners at the bottom of the panel.
In order for the existing lead lines to accept new solder, its necessary to burnish off the patina using a thin gauge steel wool as shown below.
Now the frame is in place and I've soldered a small metal ring to the back of the panel as shown. The ring is a "jump ring" which has been tinned. This means I coated it with liquid flux and brushed on a thin coating of solder. I also added a small amount of solder to the frame at the spot where I wanted to attach the ring. Holding the ring in place with needle-nosed pliers, I applied the soldering iron to the ring which caused the solder on both the ring and the frame to melt. Then the hook becomes strongly bonded to the frame. It will now support the weight of the panel.
Another view of the soldered-on "jump ring". The metal is wet because I had just applied black patina to it.
Here is a view of the finished panel. Its actually sideways in the holders that my husband Eric made for me to display my work for photos.
Here is another view, showing the ring on the top side. The ring on the opposite side is not visible. This is a wonderful way to re-purpose kitchen cabinet stained glass panels. To see more examples of kitchen cabinet panels, please click here. This project will be listed first, followed by several others. When you get to the bottom of the page, click on "Older Links" to see more. Thanks!
Please visit my website to see my custom windows and repairs (click here). And if you are on FaceBook, become a fan and I'll keep you up to date on all my stained glass projects. Call me any time at 201-600-1616 or email with your questions. Thanks!
Sunday, July 20, 2014
Photographing my Stained Glass Work for a Contractor
In April, I completed a set of four stained glass kitchen cabinet panels for a home which had been destroyed in a fire. Last week, the contractor hired me to photograph the entire home, exterior and interior. Here are a few of my photos.
My stained glass windows .. Cabinet panels on each side of the copper range hood. I custom-mixed the patina to a deep bronze to match the homeowners' cabinet hardware.
Below are my other two stained glass windows which are installed in a hutch cabinet on the back wall of the kitchen.
My stained glass windows in the hutch.
To see more photos from the shoot, please click here for Proof Positive Photography, my photo blog site.
If you are considering a green addition or renovation project, please contact GroundSwell Contracting, based in northern NJ. Call Quentin Unsworth, (below) 201-855-6676. Please click here for their FaceBook page .. Or click here for their website.
Please visit my website to see my custom windows and repairs (click here). And if you are on FaceBook, become a fan and I'll keep you up to date on all my stained glass projects. Call me any time at 201-600-1616 or email with your questions. Thanks!
My stained glass windows .. Cabinet panels on each side of the copper range hood. I custom-mixed the patina to a deep bronze to match the homeowners' cabinet hardware.
Below are my other two stained glass windows which are installed in a hutch cabinet on the back wall of the kitchen.
My stained glass windows in the hutch.
To see more photos from the shoot, please click here for Proof Positive Photography, my photo blog site.
If you are considering a green addition or renovation project, please contact GroundSwell Contracting, based in northern NJ. Call Quentin Unsworth, (below) 201-855-6676. Please click here for their FaceBook page .. Or click here for their website.
Please visit my website to see my custom windows and repairs (click here). And if you are on FaceBook, become a fan and I'll keep you up to date on all my stained glass projects. Call me any time at 201-600-1616 or email with your questions. Thanks!
Tuesday, April 15, 2014
Reproducing Stained Glass Kitchen Cabinets
Back in October, I was asked to bid on a stained glass commission to recreate 4 beveled kitchen cabinet panels. The panels were in a home which had been devastated by a fire. I recently got the go-ahead to begin the work and I completed the four panels about two weeks ago. The contractor had me deliver them this week, while his installer was on site. The newly reconstructed kitchen has come a long way since my first visit. I'm pleased for the homeowners that they'll soon be able to return to their home. Here is the process of recreating the panels shown below.
The top two photos were taken by the homeowners before the fire. They served as an excellent record for me to follow. There are two pairs of panels. One pair is 11" x 29", the other is 14" x 29".
Notice the beautiful colored gems at the center of the panels.
Here's the kitchen on our initial site visit while it was undergoing renovations. My husband Eric took all the pertinent measurements so that I could begin constructing the patterns for the panels.
As shown, each of these panels is surrounded by clear bevels. Since the bevels cannot be cut, they present a design challenge. The clear "Artique" background glass and the gems must be placed onto the pattern after the bevels are all in place. In order to recreate these windows, I needed to locate 2" x 9" bevels which are available from only one supplier. I began by making a full-size outline of the outer border of each of the two sizes of panels.
Then, using a "fence" or "jig", I made a metal border around the edge so that the glass would not shift. I carefully laid all of the various sizes of bevels into their place on the "cartoon" or paper pattern. Each of the four panels required three 40mm jewels in Rose, Light Amber and Amethyst, four 1" x 2" corner bevels, six 2" x 9" bevels, and either two 1" x 10" bevels or two 1" x 7" bevels depending on the width of the panel.
After each bevel was laid in place, I made a "sandwich" of a manila folder, carbon paper and the cartoon. I then traced the pattern as shown. Then I cut the outside border with regular scissors, and I cut the pattern pieces apart using stained glass cutting shears. As shown below, these are double-bladed scissors which cut out a thin strip of paper between each piece. This thin area will be taken up by the copper foil which will be applied later.
Notice that each piece of the pattern is given a unique letter and number. I use a black Sharpie pen to write the pattern letter and number onto each piece of glass. This is to prevent duplication of any pieces cut and serves to keep the entire project organized. Good pattern organization is essential, especially when working with pieces such as these, which are similar in size and shape.
Below, I've traced the pattern onto a piece of clear Artique glass. This glass is transparent and has random lines running through it to mimic antique glass. It is an excellent choice for this application.
Straight cuts are made by resting a flat ruler alongside the traced line. I then used an oil-filled pistol grip cutter, pressed at a 90 degree angle onto the glass, to score it. (My left hand would be pressing down on the ruler but in this case, I'm holding the camera). After the glass is scored, I tap repeatedly along the score line until the glass "loosens" and can be readily snapped in two.
After each piece of glass is cut, the edges are ground with an electric grinder. The purple sponge wicks up water from the reservoir which is beneath the cutting surface. I'm wearing rubber fingers, found at any Staples or Office Depot. These serve to protect my fingers from cuts and also help me to keep a firm grip on the wet glass.
Here is one of the panels, fully cut, labeled, and set in the "jig". The pieces fit well, but not too snugly. There should be a small amount of movement between the pieces.
Now I'm applying the "black back", self-adhesive copper foil to the center of the edge of each piece. When using clear glass, "black back" is the foil of choice if the patina will be dark. After the panel is soldered and the patina is applied, the copper foil will become all but invisible inside the glass.
Here I'm using a "fid" or flexible plastic want to press the copper foil onto the glass, on the edges, the front, and the back. This is to prevent any fluid or chemicals from leaking under the foil.
Here is the panel after each piece has been removed, copper foiled, and replaced onto the cartoon.
While the glass is all still in the "jig", I'm brushing the copper foil with liquid flux. Flux is an agent which promotes proper soldering. A light coating of it is sufficient. Too much will cause the solder to bubble.
Now I begin the "tack-soldering" process. I'm soldering a small amount to the intersections of all the glass, just enough to anchor all the glass and prevent it from shifting. I'm using 60/40 (tin/lead) solder, which is the preferred ratio for stained glass use. Whenever I solder, I wear a lead-protectant face mask. I also use a carbon filter fan to disperse harmful fumes. Safety first.
As soon as the glass is "tack soldered", I removed the "jig" and carefully slide the "cartoon" out from below. This will protect it from the chemicals and liquids which follow.
Here is one of the four panels, fully soldered on the front. I do not apply copper foil or solder to the borders, in order to facilitate the attachment of the metal frame or "channel".
Here my husband Eric has cut lengths of 3/8" zinc "channel" to the border of each panel. He saws mitered corners to the entire frame, for a neat appearance and added strength.
After he attaches the frame, he re-installs the "jig" to press the frame against the glass. Then I go in and solder the mitered corners. I also solder the lead lines to the frame, particularly on the back of the panel where it cannot be seen. These extra solder points help secure and strengthen the panel.
After the entire piece has been soldered, front and back, I spray wash it with "Kwik-Clean" which is a stained glass product used in the removal of flux and patina. As an extra precaution, I washed each panel with powdered cleanser and an old dish brush as shown. I'm wearing rubber gloves to protect my hands against the harsh chemicals.
To assist the installer, I've tagged the top of each panel with tape and markings to indicate the proper orientation.
This newly renovated kitchen has very warm elements, including dark bronze cabinet hardware. In order to complement those colors, I custom mixed Novacan "Copper Brite" patina with Novacan Black patina. Then I tested it on tinned copper foil until I arrived at a ratio of color which best represented a dark bronze.
Here's the bronze patina on the solder. The zinc frame accepts patina differently than the solder, and it appears black. This will largely be hidden under the frame of the cabinet.
After the patina is applied and allowed to set, I spray washed the panels again using "Kwik-Clean". I then went over each panel repeatedly with a de-greaser and a window cleaner to remove all streaks. Then I applied "Livia" stained glass finishing compound. This product is a light wax which serves to protect the patina and give the glass a nice shine. An occasional dusting or light cleaning should be all the maintenance these panels will need.
Here is one of the completed panels, shown against a white background.
This view shows a bit more of the texture of the glass.
Here the contractor's lovely assistant is modeling the installation of one of the four new panels. I'm very pleased to have been part of the team who is working hard to get this family back into their home after the fire. Thank you Groundswell Contracting for calling me in to assist you. It was my pleasure!
To view another project where I reproduced kitchen cabinet panels, please click here.
For more kitchen cabinet ideas, I recommend this site ..
http://topreveal.com/diy-kitchen-cabinet-shelf-ideas
Next ... For the past several weeks, I've been working on a series of custom stained glass birds for a customer in Omaha. I'll be posting about this commission soon, as well as a second commission for a larger bird-themed window.
Please visit my website to see my custom windows and repairs (click here). And if you are on FaceBook, become a fan and I'll keep you up to date on all my stained glass projects. Call me any time at 201-600-1616 or email with your questions. Thanks!
The top two photos were taken by the homeowners before the fire. They served as an excellent record for me to follow. There are two pairs of panels. One pair is 11" x 29", the other is 14" x 29".
Notice the beautiful colored gems at the center of the panels.
Here's the kitchen on our initial site visit while it was undergoing renovations. My husband Eric took all the pertinent measurements so that I could begin constructing the patterns for the panels.
As shown, each of these panels is surrounded by clear bevels. Since the bevels cannot be cut, they present a design challenge. The clear "Artique" background glass and the gems must be placed onto the pattern after the bevels are all in place. In order to recreate these windows, I needed to locate 2" x 9" bevels which are available from only one supplier. I began by making a full-size outline of the outer border of each of the two sizes of panels.
Then, using a "fence" or "jig", I made a metal border around the edge so that the glass would not shift. I carefully laid all of the various sizes of bevels into their place on the "cartoon" or paper pattern. Each of the four panels required three 40mm jewels in Rose, Light Amber and Amethyst, four 1" x 2" corner bevels, six 2" x 9" bevels, and either two 1" x 10" bevels or two 1" x 7" bevels depending on the width of the panel.
After each bevel was laid in place, I made a "sandwich" of a manila folder, carbon paper and the cartoon. I then traced the pattern as shown. Then I cut the outside border with regular scissors, and I cut the pattern pieces apart using stained glass cutting shears. As shown below, these are double-bladed scissors which cut out a thin strip of paper between each piece. This thin area will be taken up by the copper foil which will be applied later.
Notice that each piece of the pattern is given a unique letter and number. I use a black Sharpie pen to write the pattern letter and number onto each piece of glass. This is to prevent duplication of any pieces cut and serves to keep the entire project organized. Good pattern organization is essential, especially when working with pieces such as these, which are similar in size and shape.
Below, I've traced the pattern onto a piece of clear Artique glass. This glass is transparent and has random lines running through it to mimic antique glass. It is an excellent choice for this application.
Straight cuts are made by resting a flat ruler alongside the traced line. I then used an oil-filled pistol grip cutter, pressed at a 90 degree angle onto the glass, to score it. (My left hand would be pressing down on the ruler but in this case, I'm holding the camera). After the glass is scored, I tap repeatedly along the score line until the glass "loosens" and can be readily snapped in two.
After each piece of glass is cut, the edges are ground with an electric grinder. The purple sponge wicks up water from the reservoir which is beneath the cutting surface. I'm wearing rubber fingers, found at any Staples or Office Depot. These serve to protect my fingers from cuts and also help me to keep a firm grip on the wet glass.
Here is one of the panels, fully cut, labeled, and set in the "jig". The pieces fit well, but not too snugly. There should be a small amount of movement between the pieces.
Now I'm applying the "black back", self-adhesive copper foil to the center of the edge of each piece. When using clear glass, "black back" is the foil of choice if the patina will be dark. After the panel is soldered and the patina is applied, the copper foil will become all but invisible inside the glass.
Here I'm using a "fid" or flexible plastic want to press the copper foil onto the glass, on the edges, the front, and the back. This is to prevent any fluid or chemicals from leaking under the foil.
Here is the panel after each piece has been removed, copper foiled, and replaced onto the cartoon.
While the glass is all still in the "jig", I'm brushing the copper foil with liquid flux. Flux is an agent which promotes proper soldering. A light coating of it is sufficient. Too much will cause the solder to bubble.
Now I begin the "tack-soldering" process. I'm soldering a small amount to the intersections of all the glass, just enough to anchor all the glass and prevent it from shifting. I'm using 60/40 (tin/lead) solder, which is the preferred ratio for stained glass use. Whenever I solder, I wear a lead-protectant face mask. I also use a carbon filter fan to disperse harmful fumes. Safety first.
As soon as the glass is "tack soldered", I removed the "jig" and carefully slide the "cartoon" out from below. This will protect it from the chemicals and liquids which follow.
Here is one of the four panels, fully soldered on the front. I do not apply copper foil or solder to the borders, in order to facilitate the attachment of the metal frame or "channel".
Here my husband Eric has cut lengths of 3/8" zinc "channel" to the border of each panel. He saws mitered corners to the entire frame, for a neat appearance and added strength.
After he attaches the frame, he re-installs the "jig" to press the frame against the glass. Then I go in and solder the mitered corners. I also solder the lead lines to the frame, particularly on the back of the panel where it cannot be seen. These extra solder points help secure and strengthen the panel.
After the entire piece has been soldered, front and back, I spray wash it with "Kwik-Clean" which is a stained glass product used in the removal of flux and patina. As an extra precaution, I washed each panel with powdered cleanser and an old dish brush as shown. I'm wearing rubber gloves to protect my hands against the harsh chemicals.
To assist the installer, I've tagged the top of each panel with tape and markings to indicate the proper orientation.
This newly renovated kitchen has very warm elements, including dark bronze cabinet hardware. In order to complement those colors, I custom mixed Novacan "Copper Brite" patina with Novacan Black patina. Then I tested it on tinned copper foil until I arrived at a ratio of color which best represented a dark bronze.
Here's the bronze patina on the solder. The zinc frame accepts patina differently than the solder, and it appears black. This will largely be hidden under the frame of the cabinet.
After the patina is applied and allowed to set, I spray washed the panels again using "Kwik-Clean". I then went over each panel repeatedly with a de-greaser and a window cleaner to remove all streaks. Then I applied "Livia" stained glass finishing compound. This product is a light wax which serves to protect the patina and give the glass a nice shine. An occasional dusting or light cleaning should be all the maintenance these panels will need.
Here is one of the completed panels, shown against a white background.
This view shows a bit more of the texture of the glass.
Here the contractor's lovely assistant is modeling the installation of one of the four new panels. I'm very pleased to have been part of the team who is working hard to get this family back into their home after the fire. Thank you Groundswell Contracting for calling me in to assist you. It was my pleasure!
To view another project where I reproduced kitchen cabinet panels, please click here.
For more kitchen cabinet ideas, I recommend this site ..
http://topreveal.com/diy-kitchen-cabinet-shelf-ideas
Next ... For the past several weeks, I've been working on a series of custom stained glass birds for a customer in Omaha. I'll be posting about this commission soon, as well as a second commission for a larger bird-themed window.
Please visit my website to see my custom windows and repairs (click here). And if you are on FaceBook, become a fan and I'll keep you up to date on all my stained glass projects. Call me any time at 201-600-1616 or email with your questions. Thanks!
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