254SMO stainless steel wire mesh

254SMO stainless steel wire mesh is also known as 254SMO stainless steel filter mesh, 254SMO stainless steel woven mesh, 254SMO stainless steel screen, 254SMO stainless steel square hole mesh, 254SMO stainless steel punching plate, 254SMO stainless steel diamond mesh, 254SMO stainless steel wire mesh, 254SMO stainless steel filter mesh, etc.
254SMO stainless steel wire mesh types: 254SMO stainless steel woven mesh, 254SMO stainless steel punching mesh, 254SMO stainless steel steel plate mesh, 254SMO stainless steel welded mesh, 254SMO stainless steel crimping mesh, 254SMO stainless steel filler mesh, 254SMO stainless steel wire mesh demister, 254SMO stainless steel plain mesh, 254SMO stainless steel twill mesh, 254SMO stainless steel stainless steel mesh belt, etc.
Super austenitic 254SMO similar grades: UNS S31254, 1.4547, F44, 00Cr20Ni18Mo6CuN;
254SMO (S31254, F44, 1.4547) stainless steel is a highly corrosion-resistant super austenitic stainless steel, developed for halide and acid environments, and widely used in harsh working conditions such as high-concentration chloride ion media and seawater. In various industrial occasions in acidic media, especially in halide-containing acids, 254SMO is far superior to other stainless steels, and in some cases can be comparable to Hastelloy and titanium. The low carbon content and high molybdenum content make it have good resistance to pitting corrosion and crevice corrosion, and excellent resistance to intergranular corrosion. It is a cost-effective stainless steel, widely used in chemical industry, desulfurization and environmental protection fields at home and abroad.
1. A large number of field experiments and extensive use experience show that even at slightly higher temperatures, 254SMO has a high resistance to crevice corrosion in seawater, and only a few types of stainless steel have this property.
2. The corrosion resistance of 254SMO in acidic solutions and oxidizing halide solutions such as those required for paper bleaching production is comparable to that of the most corrosion-resistant nickel-based alloys and titanium alloys.
3. Due to its high nitrogen content, 254SMO has higher mechanical strength than other types of austenitic stainless steel. In addition, 254SMO also has high ductility and impact strength as well as good weldability.
4. The high molybdenum content of 254SMO can make it have a higher oxidation rate during annealing, so that it has a rougher surface than ordinary stainless steel after pickling. However, this has no adverse effect on the corrosion resistance of the steel. Characteristics, types and uses of nickel-based alloys。