Product grades & chemistry
Compositions are nominal weight percentages. Balance identifies the remaining base material. Specify the required product form and size; composition limits and availability are confirmed with your quotation.
JAS 2825Nickel boron silicon
JAS 2830Nickel boron silicon
JAS 2840Nickel boron silicon
JAS 2844Nickel chromium boron silicon
Nominal chemistry (wt.%)
Ni: Balance | Cr: 7% | B: 1.7% | Si: 3% | Fe: 2.5% | C: 0.04%
Inquire about JAS 2844JAS 2845Nickel chromium boron silicon
Nominal chemistry (wt.%)
Ni: Balance | Cr: 12% | B: 2.5% | Si: 4% | Fe: 3.5% | C: 0.5%
Inquire about JAS 2845JAS 2846Nickel chromium boron silicon
Nominal chemistry (wt.%)
Ni: Balance | Cr: 15% | B: 3.3% | Si: 4% | Fe: 3.5% | C: 0.65%
Inquire about JAS 2846JAS 2855Nickel chromium alloy
Nominal chemistry (wt.%)
Ni: Balance | Cr: 16% | B: 3.5% | Si: 3.5% | Fe: 3% | Mo: 3% | Cu: 3% | C: 0.65%
Inquire about JAS 2855JAS 2856Nickel chromium boron silicon
Nominal chemistry (wt.%)
Ni: Balance | Cr: 12.5% | B: 3.2% | Si: 3.3% | Fe: 3.3% | C: 0.6%
Inquire about JAS 2856JAS 2872Nickel chromium tungsten
Nominal chemistry (wt.%)
Ni: Balance | Cr: 12% | B: 3.2% | Si: 3% | Fe: 4% | C: 0.5% | W: 13%
Inquire about JAS 2872JAS 2888Nickel chromium tungsten
Nominal chemistry (wt.%)
Ni: Balance | Cr: 13% | B: 3% | Si: 4% | Fe: 3.5% | C: 0.6% | W: 17%
Inquire about JAS 2888JAS 2760Nickel chromium molybdenum tungsten
JAS 6220Nickel chromium molybdenum tungsten
JAS 6250Nickel chromium molybdenum niobium tantalum
JAS 8020Nickel chromium
JAS 4430Nickel chromium aluminum
JAS 4440Nickel aluminum iron molybdenum
JAS 4470Nickel aluminum molybdenum
JAS 4500Nickel aluminum
Material overview
Nickel is a material family, not a single specification. Start with the required alloy grade or chemistry, then define the powder characteristics needed for the intended process.
Applications and selection
Nickel alloys are used in surface applications and additive manufacturing. Powder intended for one process should not be treated as interchangeable with powder for another.
What to specify
Provide the grade or chemistry, particle size distribution, intended process, quantity and any required lot documentation.
Information for your inquiry
- Alloy / chemistry / specification revision
- Particle size range and units
- Morphology, flow and density requirements, if specified
- Intended process and equipment requirements
- Quantity, packaging, destination and requested date
- Required product and lot documentation
Documents and purchasing details
Identify the technical data sheet, safety data sheet and any required lot records in your request. Include packaging, destination and timing requirements so they can be reviewed with the exact material.
Grade, size, availability and documentation are confirmed with the quotation.
Guide to product documentation
