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Modified austenitic alloys are based on standard austenitics whose alloy content has been modified to obtain or accentuate a specific property above that obtainable in the original material.
In the main, with austentitics, adjusting the alloy content adjusts the microstructure - eg: the alloy modification can be used to eliminate delta-ferrite, eg: to ensure a fully austenitic microstructure or alternatively to guarantee a specific delta-ferrite content.
Superaustenitics in the term given to austenitic stainless steels whose alloy content greatly exceeds the norm either with respect to one element or a combination of elements.
Normally superaustenitics are ferrite free, designed mainly for proprietary alloys when specific high temperature or corrosion properties are required
| Type | AWS | Description | Datasheet | MSDS |
|---|---|---|---|---|
| NS-16.8.2 | AWS A5.4 E16-8-2-16 | Lime rutile flux coated electrode with very low levels of Silicious minerals that deposits a nominal 16Cr–8Ni– 2Mo weld metal to resist thermal embrittlement | No Content Available | No Content Available |
| NS-385 | AWS A5.4 E385-16 | For welding fully austenitic steels containing a nominal 20Cr-25Ni-5Mo and 2Cu when good corrosion resistance is specified | No Content Available | No Content Available |
| NSK-385 | AWS A5.4 E385-17 | For welding fully austenitic steels containing a nominal 20Cr-25Ni-5Mo and 2Cu when good corrosion resistance is specified | No Content Available | No Content Available |
| NS-253 | - | Special rutile flux containing a high level of high purity Silicious minerals and rare earth elements that deposits a nominal 20Cr-10Ni weld metal with excellent corrosion resistance | No Content Available | No Content Available |
| NSN-310H | - | For welding or repairing high-alloy heat and corrosion-resistant steel castings which operating up to 1000ºc | No Content Available | No Content Available |
| NCNb-35.45 | - | A chemically basic flux coated electrode that deposits a Niobium stabilised weld metal containing a nominal 35Cr-45Ni resistant to thermal fatigue up to 1150ºc | No Content Available | No Content Available |
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