
17S5 Brass Shim Stock 6 Inch By 100 Inch Roll, 0.005 Inch Thick, 260 Alloy Brass, Pro Grade Shim For Machinists, Low Magnetic Permeability, Corrosion Resistant, Handy Metalworking Essential
17S5 Brass Shim Stock 6 Inch By 100 Inch Roll, 0.005 Inch Thick, 260 Alloy Brass, Pro Grade Shim For Machinists, Low Magnetic Permeability, Corrosion Resistant, Handy Metalworking Essential
The Story
✔️ 260 alloy brass, half-hard, corrosion resistant, low magnetic, 1 Roll
Brass Shim stock is a precision shim cut from half-hard, cold-rolled 260 alloy brass. It’s used to fine-tune gaps, align components, and set up tooling in machine shops and fabrication environments.
✅ Material: 260 alloy brass, half-hard✅ Thickness: 0.005 in (0.127 mm)
✅ Size: 6 in x 100 in (152.4 mm x 2540 mm)
✅ Pack: 1 Roll
✅ Corrosion resistance and low magnetic permeability
💡 What is brass shim stock used for in precision machining and setup? This handy material provides precise thickness control and stable spacing in tooling and assembly. - Helps with precise alignment in tool and die setups - Enables repeatable gaps during machine mounting and prototype work - Useful for pilot runs where accuracy and economy matter - Low magnetic permeability helps in magnetic-sensitive environments
Description
✔️ 260 alloy brass, half-hard, corrosion resistant, low magnetic, 1 Roll
Brass Shim stock is a precision shim cut from half-hard, cold-rolled 260 alloy brass. It’s used to fine-tune gaps, align components, and set up tooling in machine shops and fabrication environments.
✅ Material: 260 alloy brass, half-hard✅ Thickness: 0.005 in (0.127 mm)
✅ Size: 6 in x 100 in (152.4 mm x 2540 mm)
✅ Pack: 1 Roll
✅ Corrosion resistance and low magnetic permeability
💡 What is brass shim stock used for in precision machining and setup? This handy material provides precise thickness control and stable spacing in tooling and assembly. - Helps with precise alignment in tool and die setups - Enables repeatable gaps during machine mounting and prototype work - Useful for pilot runs where accuracy and economy matter - Low magnetic permeability helps in magnetic-sensitive environments























