15 PC 6" x 12" SHIM STOCK ASSORTMENT
PRB16685
MFG #: 16685
$83.12
/ EA
- Country of Origin: US
- Manufacturer Name: Precision Brand Products
- Material: 1008-1010 Full Hard Steel
- Maximum Thickness: 0.031 in
- Minimum Thickness: 0.001 in
- Width: 6 in
- Length: 12 in
- Number of Pieces: 15
6 x 12 in Assortment contains 1 each of the following thicknesses: 0.001 in, 0.0015 in, 0.002 in, 0.003 in, 0.004 in, 0.005 in, 0.006 in, 0.007 in, 0.008 in, 0.01 in, 0.012 in, 0.015 in, 0.02 in, 0.025 in and 0.031 in. Steel shim is made from a full hard, cold rolled, low carbon 1008-1010 steel. Precision Brand® is the only manufacturer to offer Branded® shim. It has everything the user needs to know clearly marked right on the shim: material type, material thickness and lot # for full traceability. Used in applications where hardness, flatness and accuracy are required. Material can be punched or sheared with minimum burring and distortion. Precision Brand® shim stock is widely used in the following applications: tool and die set up, alignment, new machine assembly, machine repair and maintenance, mounting of motors, pumps and other machines, short run and prototype work, along with a variety of other industrial uses. It is especially useful for pilot production runs where material accuracy and economy are important. All Precision Brand® shim products are manufactured under rigorous quality control standards to assure high accuracy and tight tolerances.
- Application
- Includes
- Item Features
For tool and die set up; alignment; new machine assembly; machine repair and maintenance; mounting of motors, pumps and other machines; short run and prototype work; along with a variety of other industrial uses
(1) 0.0015 in, (1) 0.001 in, (1) 0.002 in, (1) 0.003 in, (1) 0.004 in, (1) 0.005 in, (1) 0.006 in, (1) 0.007 in, (1) 0.008 in, (1) 0.012 in, (1) 0.015 in, (1) 0.01 in, (1) 0.025 in, (1) 0.02 in and (1) 0.031 in Thickness
- Used in applications where hardness, flatness and accuracy are required
- Material can be punched or sheared with minimum burring and distortion