Type |
N/A Sheet |
Size |
N/A 0.125 in |
Alloy |
N/A Nitronic 30 (HPA N30) |
General Resistance |
N/A Corrosion Strength |
Nickel (Ni) |
N/A 1.5 to 3.0 |
Iron (Fe) |
N/A Balanced |
Chromium (Cr) |
N/A 15.0 to 17.0 |
Maximum Carbon (C) |
N/A 0.03 |
Maximum Silicon (Si) |
N/A 1.0 |
Maximum Copper (Cu) |
N/A 1.0 |
Manganese (Mn) |
N/A 7.0 to 9.0 |
Nitrogen (N) |
N/A 0.15 to 0.30 |
Single Point Turning |
N/A Finishing - 0.025" depth, 0.007"/rev feed - 200 SFM Roughing - 0.15" depth, 0.015"/rev feed -175 SFM |
Drilling |
N/A 1/2" Dia hole - 0.007"/rev feed - 60 SFM 1/4" Dia hole - 0.004"/rev feed - 60 SFM 3/4" Dia hole - 0.010"/rev feed - 60 SFM |
Reaming |
N/A 1/2" Dia hole - 0.007"/rev feed - 100 SFM 1/4" Dia hole - 0.004"/rev feed - 100 SFM 3/4" Dia hole - 0.010"/rev feed - 100 SFM |
Side and Slot Milling |
N/A Finishing - 0.050" depth - 0.009"/tooth feed - 140SFM Roughing - 0.25" depth - 0.007"/tooth feed - 125SFM |
Note |
N/A
Carbide tools are suggested for rates better than 50% of Type 304 These rates are for carbide tools, Type C-2 for roughing, drilling and reaming. Type C-3 for finishing Abrasive wear is not the same as metal-to-metal wear, or galling. Abrasive wear is caused by objects that slide discontinuously across a surface. Abrasion is tearing or shearing of the surface, and is best remedied using a low cost material. Corrosion is also a factor in abrasion, as it can lead to faster failure by allowing larger pieces to flake. If you are experiencing these type of failures, see Nitronic 60, or HP Alloys Cobalt 6B. |
N/A
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N/A
Nitronic 30 is highly impact-resistant, which makes it ideal for a range of heavy duty applications. Already proven to be the endurance leader in coal handling equipment and prep plants, Nitronic 30 will last up to twice as long as its nearest competitor. |