Edge glued panels vs. plywood for furniture
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I'm in the process of designing a Murphy bed (wall bed) and most plans I've found so far recommend the use of 3/4 inch (19mm) thick plywood. While some like the look of plywood, I was considering some options closer to solid wood.
I live in Germany and edge glued solid wood panels are commonly sold in various sizes (though limited in breadth) and thicknesses.
When comparing equally thick birch plywood and edge glued birch wood panels, what should I take into consideration in terms of their different properties?
I was planning on using edge glued panels (cutting down 2000mm x 600 x 18mm panels) for the visible parts of the bed.
Update:
The murphy bed I plan is based the following plan
Edge glued birch:
furniture plywood
add a comment |Â
up vote
3
down vote
favorite
I'm in the process of designing a Murphy bed (wall bed) and most plans I've found so far recommend the use of 3/4 inch (19mm) thick plywood. While some like the look of plywood, I was considering some options closer to solid wood.
I live in Germany and edge glued solid wood panels are commonly sold in various sizes (though limited in breadth) and thicknesses.
When comparing equally thick birch plywood and edge glued birch wood panels, what should I take into consideration in terms of their different properties?
I was planning on using edge glued panels (cutting down 2000mm x 600 x 18mm panels) for the visible parts of the bed.
Update:
The murphy bed I plan is based the following plan
Edge glued birch:
furniture plywood
IN addition to being a lot more work for something that is hidden, the glued end joints are a very weak connection. Also, while the length of the panel will be stable, the width will not be and that expansion and contraction must be taken into account in the the connections and support for the bed panel.
â Ashlar
39 mins ago
add a comment |Â
up vote
3
down vote
favorite
up vote
3
down vote
favorite
I'm in the process of designing a Murphy bed (wall bed) and most plans I've found so far recommend the use of 3/4 inch (19mm) thick plywood. While some like the look of plywood, I was considering some options closer to solid wood.
I live in Germany and edge glued solid wood panels are commonly sold in various sizes (though limited in breadth) and thicknesses.
When comparing equally thick birch plywood and edge glued birch wood panels, what should I take into consideration in terms of their different properties?
I was planning on using edge glued panels (cutting down 2000mm x 600 x 18mm panels) for the visible parts of the bed.
Update:
The murphy bed I plan is based the following plan
Edge glued birch:
furniture plywood
I'm in the process of designing a Murphy bed (wall bed) and most plans I've found so far recommend the use of 3/4 inch (19mm) thick plywood. While some like the look of plywood, I was considering some options closer to solid wood.
I live in Germany and edge glued solid wood panels are commonly sold in various sizes (though limited in breadth) and thicknesses.
When comparing equally thick birch plywood and edge glued birch wood panels, what should I take into consideration in terms of their different properties?
I was planning on using edge glued panels (cutting down 2000mm x 600 x 18mm panels) for the visible parts of the bed.
Update:
The murphy bed I plan is based the following plan
Edge glued birch:
furniture plywood
furniture plywood
edited 11 mins ago
asked 1 hour ago
Daniel
1485
1485
IN addition to being a lot more work for something that is hidden, the glued end joints are a very weak connection. Also, while the length of the panel will be stable, the width will not be and that expansion and contraction must be taken into account in the the connections and support for the bed panel.
â Ashlar
39 mins ago
add a comment |Â
IN addition to being a lot more work for something that is hidden, the glued end joints are a very weak connection. Also, while the length of the panel will be stable, the width will not be and that expansion and contraction must be taken into account in the the connections and support for the bed panel.
â Ashlar
39 mins ago
IN addition to being a lot more work for something that is hidden, the glued end joints are a very weak connection. Also, while the length of the panel will be stable, the width will not be and that expansion and contraction must be taken into account in the the connections and support for the bed panel.
â Ashlar
39 mins ago
IN addition to being a lot more work for something that is hidden, the glued end joints are a very weak connection. Also, while the length of the panel will be stable, the width will not be and that expansion and contraction must be taken into account in the the connections and support for the bed panel.
â Ashlar
39 mins ago
add a comment |Â
2 Answers
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The obvious difference is that plywood has grain running in both directions in the plane of the board; edge-glued panels don't.
The result is that if you put a batten under the middle of the edge-glued panel running parallel to the grain, and jumped on it, I would expect the panel to snap. If you did the same to plywood, I would not.
That will matter if you are planning to cantilever the bed out in some way from the long edge - but you probably aren't. Other than that, you should be fine.
I would suggest attaching Lattenrost (slats) to the panel - I wouldn't want to sleep on a mattress lying directly on the panel.
add a comment |Â
up vote
1
down vote
When comparing equally thick birch plywood and edge glued birch wood panels, what should I take into consideration in terms of their different properties?
The major consideration is wood movement.
A plywood panel is dimensionally stable and will respond minimally to changes in relative humidity, so fixings can be rigid and don't have to take any movement into account. With a solid-wood panel on the other hand movement â expansion and contraction across the grain only â must be borne in mind, especially on wider panels where it can be considerable.
Any decent furniture plans will naturally account for this in the design. Where it's a potential complication is with anything originally intended to be made from plywood but solid wood or a glued-up panel is substituted for the ply.
Other factors relate to strength and stiffness. Outright strength shouldn't be a big issue, few designs push materials beyond reasonable limits and in terms of how they're put together most are over-engineered so there's a good margin of safety. Stiffness on the other hand is something that often needs to be considered, solid wood being generally much stiffer than plywood, and the stronger the wood the more pronounced the difference (a brief look at the values in the Sagulator will give some idea). But where the material is used edge-up (not flat and spanning a gap, as in a shelf) this is far less of a concern.
While some like the look of plywood, I was considering some options closer to solid wood.
Just in case it's the visible plies and glue lines along the edges of plywood that's a major aesthetic issue for you it is common to edge plywood with solid wood where seeing the plies would be undesirable. This is very commonly done with shelves for example.
There's a little on this in this previous Answer.
Sorry this is a bit vague but without seeing the design and the specific parts you want to substitute we can only cover the generalities.
â Graphus
24 mins ago
I added a link to the plan based on which my design will follow
â Daniel
10 mins ago
add a comment |Â
2 Answers
2
active
oldest
votes
2 Answers
2
active
oldest
votes
active
oldest
votes
active
oldest
votes
up vote
2
down vote
The obvious difference is that plywood has grain running in both directions in the plane of the board; edge-glued panels don't.
The result is that if you put a batten under the middle of the edge-glued panel running parallel to the grain, and jumped on it, I would expect the panel to snap. If you did the same to plywood, I would not.
That will matter if you are planning to cantilever the bed out in some way from the long edge - but you probably aren't. Other than that, you should be fine.
I would suggest attaching Lattenrost (slats) to the panel - I wouldn't want to sleep on a mattress lying directly on the panel.
add a comment |Â
up vote
2
down vote
The obvious difference is that plywood has grain running in both directions in the plane of the board; edge-glued panels don't.
The result is that if you put a batten under the middle of the edge-glued panel running parallel to the grain, and jumped on it, I would expect the panel to snap. If you did the same to plywood, I would not.
That will matter if you are planning to cantilever the bed out in some way from the long edge - but you probably aren't. Other than that, you should be fine.
I would suggest attaching Lattenrost (slats) to the panel - I wouldn't want to sleep on a mattress lying directly on the panel.
add a comment |Â
up vote
2
down vote
up vote
2
down vote
The obvious difference is that plywood has grain running in both directions in the plane of the board; edge-glued panels don't.
The result is that if you put a batten under the middle of the edge-glued panel running parallel to the grain, and jumped on it, I would expect the panel to snap. If you did the same to plywood, I would not.
That will matter if you are planning to cantilever the bed out in some way from the long edge - but you probably aren't. Other than that, you should be fine.
I would suggest attaching Lattenrost (slats) to the panel - I wouldn't want to sleep on a mattress lying directly on the panel.
The obvious difference is that plywood has grain running in both directions in the plane of the board; edge-glued panels don't.
The result is that if you put a batten under the middle of the edge-glued panel running parallel to the grain, and jumped on it, I would expect the panel to snap. If you did the same to plywood, I would not.
That will matter if you are planning to cantilever the bed out in some way from the long edge - but you probably aren't. Other than that, you should be fine.
I would suggest attaching Lattenrost (slats) to the panel - I wouldn't want to sleep on a mattress lying directly on the panel.
answered 56 mins ago
Martin Bonner
68027
68027
add a comment |Â
add a comment |Â
up vote
1
down vote
When comparing equally thick birch plywood and edge glued birch wood panels, what should I take into consideration in terms of their different properties?
The major consideration is wood movement.
A plywood panel is dimensionally stable and will respond minimally to changes in relative humidity, so fixings can be rigid and don't have to take any movement into account. With a solid-wood panel on the other hand movement â expansion and contraction across the grain only â must be borne in mind, especially on wider panels where it can be considerable.
Any decent furniture plans will naturally account for this in the design. Where it's a potential complication is with anything originally intended to be made from plywood but solid wood or a glued-up panel is substituted for the ply.
Other factors relate to strength and stiffness. Outright strength shouldn't be a big issue, few designs push materials beyond reasonable limits and in terms of how they're put together most are over-engineered so there's a good margin of safety. Stiffness on the other hand is something that often needs to be considered, solid wood being generally much stiffer than plywood, and the stronger the wood the more pronounced the difference (a brief look at the values in the Sagulator will give some idea). But where the material is used edge-up (not flat and spanning a gap, as in a shelf) this is far less of a concern.
While some like the look of plywood, I was considering some options closer to solid wood.
Just in case it's the visible plies and glue lines along the edges of plywood that's a major aesthetic issue for you it is common to edge plywood with solid wood where seeing the plies would be undesirable. This is very commonly done with shelves for example.
There's a little on this in this previous Answer.
Sorry this is a bit vague but without seeing the design and the specific parts you want to substitute we can only cover the generalities.
â Graphus
24 mins ago
I added a link to the plan based on which my design will follow
â Daniel
10 mins ago
add a comment |Â
up vote
1
down vote
When comparing equally thick birch plywood and edge glued birch wood panels, what should I take into consideration in terms of their different properties?
The major consideration is wood movement.
A plywood panel is dimensionally stable and will respond minimally to changes in relative humidity, so fixings can be rigid and don't have to take any movement into account. With a solid-wood panel on the other hand movement â expansion and contraction across the grain only â must be borne in mind, especially on wider panels where it can be considerable.
Any decent furniture plans will naturally account for this in the design. Where it's a potential complication is with anything originally intended to be made from plywood but solid wood or a glued-up panel is substituted for the ply.
Other factors relate to strength and stiffness. Outright strength shouldn't be a big issue, few designs push materials beyond reasonable limits and in terms of how they're put together most are over-engineered so there's a good margin of safety. Stiffness on the other hand is something that often needs to be considered, solid wood being generally much stiffer than plywood, and the stronger the wood the more pronounced the difference (a brief look at the values in the Sagulator will give some idea). But where the material is used edge-up (not flat and spanning a gap, as in a shelf) this is far less of a concern.
While some like the look of plywood, I was considering some options closer to solid wood.
Just in case it's the visible plies and glue lines along the edges of plywood that's a major aesthetic issue for you it is common to edge plywood with solid wood where seeing the plies would be undesirable. This is very commonly done with shelves for example.
There's a little on this in this previous Answer.
Sorry this is a bit vague but without seeing the design and the specific parts you want to substitute we can only cover the generalities.
â Graphus
24 mins ago
I added a link to the plan based on which my design will follow
â Daniel
10 mins ago
add a comment |Â
up vote
1
down vote
up vote
1
down vote
When comparing equally thick birch plywood and edge glued birch wood panels, what should I take into consideration in terms of their different properties?
The major consideration is wood movement.
A plywood panel is dimensionally stable and will respond minimally to changes in relative humidity, so fixings can be rigid and don't have to take any movement into account. With a solid-wood panel on the other hand movement â expansion and contraction across the grain only â must be borne in mind, especially on wider panels where it can be considerable.
Any decent furniture plans will naturally account for this in the design. Where it's a potential complication is with anything originally intended to be made from plywood but solid wood or a glued-up panel is substituted for the ply.
Other factors relate to strength and stiffness. Outright strength shouldn't be a big issue, few designs push materials beyond reasonable limits and in terms of how they're put together most are over-engineered so there's a good margin of safety. Stiffness on the other hand is something that often needs to be considered, solid wood being generally much stiffer than plywood, and the stronger the wood the more pronounced the difference (a brief look at the values in the Sagulator will give some idea). But where the material is used edge-up (not flat and spanning a gap, as in a shelf) this is far less of a concern.
While some like the look of plywood, I was considering some options closer to solid wood.
Just in case it's the visible plies and glue lines along the edges of plywood that's a major aesthetic issue for you it is common to edge plywood with solid wood where seeing the plies would be undesirable. This is very commonly done with shelves for example.
There's a little on this in this previous Answer.
When comparing equally thick birch plywood and edge glued birch wood panels, what should I take into consideration in terms of their different properties?
The major consideration is wood movement.
A plywood panel is dimensionally stable and will respond minimally to changes in relative humidity, so fixings can be rigid and don't have to take any movement into account. With a solid-wood panel on the other hand movement â expansion and contraction across the grain only â must be borne in mind, especially on wider panels where it can be considerable.
Any decent furniture plans will naturally account for this in the design. Where it's a potential complication is with anything originally intended to be made from plywood but solid wood or a glued-up panel is substituted for the ply.
Other factors relate to strength and stiffness. Outright strength shouldn't be a big issue, few designs push materials beyond reasonable limits and in terms of how they're put together most are over-engineered so there's a good margin of safety. Stiffness on the other hand is something that often needs to be considered, solid wood being generally much stiffer than plywood, and the stronger the wood the more pronounced the difference (a brief look at the values in the Sagulator will give some idea). But where the material is used edge-up (not flat and spanning a gap, as in a shelf) this is far less of a concern.
While some like the look of plywood, I was considering some options closer to solid wood.
Just in case it's the visible plies and glue lines along the edges of plywood that's a major aesthetic issue for you it is common to edge plywood with solid wood where seeing the plies would be undesirable. This is very commonly done with shelves for example.
There's a little on this in this previous Answer.
answered 26 mins ago
Graphus
41.3k22082
41.3k22082
Sorry this is a bit vague but without seeing the design and the specific parts you want to substitute we can only cover the generalities.
â Graphus
24 mins ago
I added a link to the plan based on which my design will follow
â Daniel
10 mins ago
add a comment |Â
Sorry this is a bit vague but without seeing the design and the specific parts you want to substitute we can only cover the generalities.
â Graphus
24 mins ago
I added a link to the plan based on which my design will follow
â Daniel
10 mins ago
Sorry this is a bit vague but without seeing the design and the specific parts you want to substitute we can only cover the generalities.
â Graphus
24 mins ago
Sorry this is a bit vague but without seeing the design and the specific parts you want to substitute we can only cover the generalities.
â Graphus
24 mins ago
I added a link to the plan based on which my design will follow
â Daniel
10 mins ago
I added a link to the plan based on which my design will follow
â Daniel
10 mins ago
add a comment |Â
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IN addition to being a lot more work for something that is hidden, the glued end joints are a very weak connection. Also, while the length of the panel will be stable, the width will not be and that expansion and contraction must be taken into account in the the connections and support for the bed panel.
â Ashlar
39 mins ago