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Does anyone have experience with using metal rings to reinforce timber frame joints? https://www.splitringconnectors.com/
I'm thinking of cutting some scrap 1-1/2" steel tubing (1.66" OD, like water pipe) into rings that could be split open to fit into the kerf of a 1-3/4" hole saw. They would mainly take the shear stress on diagonal braces of the replacement shed frame I'm building from 5" square oak. 5" made full use of the logs I slabbed to 21" wide to fit between the uprights of my bandsaw mill.
Does anyone have experience with using metal rings to reinforce timber
frame joints?
https://www.splitringconnectors.com/
I'm thinking of cutting some scrap 1-1/2" steel tubing (1.66" OD, like
water pipe) into rings that could be split open to fit into the kerf of
a 1-3/4" hole saw. They would mainly take the shear stress on diagonal
braces of the replacement shed frame I'm building from 5" square oak. 5"
made full use of the logs I slabbed to 21" wide to fit between the
uprights of my bandsaw mill.
The joints can be drilled 1/4" for trial assembly, then the 1/4" holes
used to pilot the hole saw into the joining faces of the disassembled
frame, to align the ring kerfs. A lag screw will pull the joint together
but not have to hold all the shear force between the brace and frame.
This avoids a metal splice plate on the outside that would wear holes in
the tarp covering. The tarps open completely to dry the lumber stored
inside.
tia, jsw
On 9/24/2024 4:27 AM, Jim Wilkins wrote:
Does anyone have experience with using metal rings to reinforce timber
frame joints?
https://www.splitringconnectors.com/
I'm thinking of cutting some scrap 1-1/2" steel tubing (1.66" OD, like
water pipe) into rings that could be split open to fit into the kerf
of a 1-3/4" hole saw. They would mainly take the shear stress on
diagonal braces of the replacement shed frame I'm building from 5"
square oak. 5" made full use of the logs I slabbed to 21" wide to fit
between the uprights of my bandsaw mill.
The joints can be drilled 1/4" for trial assembly, then the 1/4" holes
used to pilot the hole saw into the joining faces of the disassembled
frame, to align the ring kerfs. A lag screw will pull the joint
together but not have to hold all the shear force between the brace
and frame. This avoids a metal splice plate on the outside that would
wear holes in the tarp covering. The tarps open completely to dry the
lumber stored inside.
tia, jsw
Okay, I looked and I read. Why are they better than nailing plates? Price? Production truss plants made the nail plate popular, but trusses were built with plywood plates and and nails before that, and small
pieces of plywood are pretty cheap. Even as expensive as plywood sheets
are these days.