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Socket head cap screws
Used in fastening or clamping components together, die castings, and machine assemblies among other use.
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Socket head cap screws
Used in fastening or clamping components together, die castings, and machine assemblies among other use.
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Socket head cap screws
Used in fastening or clamping components together, die castings, and machine assemblies among other use.
-
Socket head cap screws
Used in fastening or clamping components together, die castings, and machine assemblies among other use.
-
Socket head cap screws
Used in fastening or clamping components together, die castings, and machine assemblies among other use.
-
Socket head cap screws
Used in fastening or clamping components together, die castings, and machine assemblies among other use.
-
Socket head cap screws
Used in fastening or clamping components together, die castings, and machine assemblies among other use.
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Socket head cap screws
Used in fastening or clamping components together, die castings, and machine assemblies among other use.
Set Screws (Multiple point Types)
Used to fasten shaft collars. gears, and knobs on shafts or where frequent adjustments are involved.
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Cup Point Set Screws
Used against hardened shafts or where frequent adjustments are needed and no locking point is required.
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Cup Point Set Screws
Used against hardened shafts or where frequent adjustments are needed and no locking point is required.
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Cup Point Set Screws
Used against hardened shafts or where frequent adjustments are needed and no locking point is required.
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Cup Point Set Screws
Used against hardened shafts or where frequent adjustments are needed and no locking point is required.
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Cup Point Set Screws
Used against hardened shafts or where frequent adjustments are needed and no locking point is required.
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Cup Point Set Screws
Used against hardened shafts or where frequent adjustments are needed and no locking point is required.
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Cup Point Set Screws
Used against hardened shafts or where frequent adjustments are needed and no locking point is required.
BBI's partnership with ITS ensures that all socket products purchased from BBI are meticulously manufactured utilizing industry "best practices" and, have been rigidly tested to insure product reliability and superior performance.
Critical Manufacturing Steps Closely Controlled by YFS-
ANNEALING
This process is important in preparing the raw material for cold heading as it changes the material structure into a finer crystalline state to allow for proper cold forming. The closely controlled heat and atmospheric conditions in the annealing process at YFS insure against brittle material events that can potentially lead to internal cracks within the finished component
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ANNEALING
This process is important in preparing the raw material for cold heading as it changes the material structure into a finer crystalline state to allow for proper cold forming. The closely controlled heat and atmospheric conditions in the annealing process at YFS insure against brittle material events that can potentially lead to internal cracks within the finished component
-
ANNEALING
This process is important in preparing the raw material for cold heading as it changes the material structure into a finer crystalline state to allow for proper cold forming. The closely controlled heat and atmospheric conditions in the annealing process at YFS insure against brittle material events that can potentially lead to internal cracks within the finished component
-
ANNEALING
This process is important in preparing the raw material for cold heading as it changes the material structure into a finer crystalline state to allow for proper cold forming. The closely controlled heat and atmospheric conditions in the annealing process at YFS insure against brittle material events that can potentially lead to internal cracks within the finished component
