Dave Ronyak
Member
- Joined
- Jan 23, 2007
- Messages
- 2,234
I am building storage units for my shop/garage. If I ever get a digital camera, I'll attempt to post some photos. Others may have an interest in building a similar cabinet.
I need some help in selecting (and finding) hinges. The first cabinet is finished, except for its door. The cabinet stands about 7' tall, 26" deep and 36" wide, made of 3/4 (Chinese) birch plywood with solid wood reinforcements. Inside are five full-width and depth drawer trays, each with a hardwood frame surrounding a bottom of 3/4" plywood, each drawer supported by 250 lb rated slides (from Lee Valley). I sized them so each can accept a pair of molded plastic storage bins, which I intend load with tools, motor oil, paints and solvents. The plastic bins will contain any spillage, and give me something to lift out if I want to. The drawers are adjustable in height, each slide being affixed to to a side of the cabinet by five rows of 5 mm screws. The vertical rows of holes were drilled with my Festool 1400 router and hole drilling set. The base is equipped with HD load levelers. There is no face frame on the cabinet. The bare edges of the plywood are exposed when you face the front of the cabinet. The plywood back is rabbeted into the box, held by glue and screws and nails.
I am currently making a pair of full height, half-width hollow doors for this cabinet - to get more storage for small items and tools. Each door will have a perimeter frame of ~3/4" X 3 5/8" solid wood joined with dominos, and an outer panel of 1/2 birch plywood, rabbeted into the frame. The inside hollow portions of the doors will be provided with hooks / shelves for storage, e.g. more tools and 8 oz. cans and spray cans and non-aerosol cans containing shop various supplies. In other words, - lots of weight will be hanging on those hinges and I plan to be opening those doors most every time I go into my garage/shop to work.
The hinges will have to support a lot of weight, but the doors are rather narrow. I think the hinges should be configured so the screws that secure the hinges to the plywood sides cabinet box go perpendicular to the layers. (I have thought about adding a bunch of dominos and screwing into them through the edge of the plywood.) I have considered the wrap-around piano style hinges offered by Rockler's, but they are ~$25 each for one 4' hinge and longer hinges of that style are not available. I would need at least 3 units (one would have to be cut in half) if I choose these.
In-Line Hinges Item number 00H37.70 from Lee Valley look interesting since they would fit the thicknesses of my materials and the screws would go perpendicular to the faces of the plywood and edge of the door frame, and additional cross screws can be added.
What other hinges might be a good choice? (Euro hinges are not because they would interfere with operation of the drawers.)
None of the catalogues give much information in regard to load capacity.
After I finish this storage cabinet, I'll want to make a smaller, shallower one to house more tools. This one would also have hollow doors intended for storage, and thus the same issues with weight and screw retention.
Dave R.
I need some help in selecting (and finding) hinges. The first cabinet is finished, except for its door. The cabinet stands about 7' tall, 26" deep and 36" wide, made of 3/4 (Chinese) birch plywood with solid wood reinforcements. Inside are five full-width and depth drawer trays, each with a hardwood frame surrounding a bottom of 3/4" plywood, each drawer supported by 250 lb rated slides (from Lee Valley). I sized them so each can accept a pair of molded plastic storage bins, which I intend load with tools, motor oil, paints and solvents. The plastic bins will contain any spillage, and give me something to lift out if I want to. The drawers are adjustable in height, each slide being affixed to to a side of the cabinet by five rows of 5 mm screws. The vertical rows of holes were drilled with my Festool 1400 router and hole drilling set. The base is equipped with HD load levelers. There is no face frame on the cabinet. The bare edges of the plywood are exposed when you face the front of the cabinet. The plywood back is rabbeted into the box, held by glue and screws and nails.
I am currently making a pair of full height, half-width hollow doors for this cabinet - to get more storage for small items and tools. Each door will have a perimeter frame of ~3/4" X 3 5/8" solid wood joined with dominos, and an outer panel of 1/2 birch plywood, rabbeted into the frame. The inside hollow portions of the doors will be provided with hooks / shelves for storage, e.g. more tools and 8 oz. cans and spray cans and non-aerosol cans containing shop various supplies. In other words, - lots of weight will be hanging on those hinges and I plan to be opening those doors most every time I go into my garage/shop to work.
The hinges will have to support a lot of weight, but the doors are rather narrow. I think the hinges should be configured so the screws that secure the hinges to the plywood sides cabinet box go perpendicular to the layers. (I have thought about adding a bunch of dominos and screwing into them through the edge of the plywood.) I have considered the wrap-around piano style hinges offered by Rockler's, but they are ~$25 each for one 4' hinge and longer hinges of that style are not available. I would need at least 3 units (one would have to be cut in half) if I choose these.
In-Line Hinges Item number 00H37.70 from Lee Valley look interesting since they would fit the thicknesses of my materials and the screws would go perpendicular to the faces of the plywood and edge of the door frame, and additional cross screws can be added.
What other hinges might be a good choice? (Euro hinges are not because they would interfere with operation of the drawers.)
None of the catalogues give much information in regard to load capacity.
After I finish this storage cabinet, I'll want to make a smaller, shallower one to house more tools. This one would also have hollow doors intended for storage, and thus the same issues with weight and screw retention.
Dave R.