Material: H59, H59-1, H59-2, H59-3, H60, H60-2, H62, H63, H65, H68, H70, H80, H90; C1100, C1020, C2680, C2800, C2600, C2801, C5191, C5210, C2200, C7521, C7541, C17200, C1070, C7701, QSN6.5-0.1, QSN8-0.3, QSN4-0.3, BZn18- 18, BZN15-20, CuBe2 and many other materials

Aluminum rod is a kind of aluminum products. The melting and casting process of aluminum rod includes melting, purification, impurity removal, gas removal, slag removal and casting. Aluminum rods can be roughly divided into 8 categories according to the metal elements they contain.

Aluminum rod is a kind of aluminum products. The melting and casting process of aluminum rod includes melting, purification, impurity removal, gas removal, slag removal and casting. Aluminum rods can be roughly divided into 8 categories according to the metal elements they contain.

Aluminum rod is a kind of aluminum products. The melting and casting process of aluminum rod includes melting, purification, impurity removal, gas removal, slag removal and casting. Aluminum rods can be roughly divided into 8 categories according to the metal elements they contain.

Aluminum rod is a kind of aluminum products. The melting and casting process of aluminum rod includes melting, purification, impurity removal, gas removal, slag removal and casting. Aluminum rods can be roughly divided into 8 categories according to the metal elements they contain.

Aluminum rod is a kind of aluminum products. The melting and casting process of aluminum rod includes melting, purification, impurity removal, gas removal, slag removal and casting. Aluminum rods can be roughly divided into 8 categories according to the metal elements they contain.

Aluminum rod is a kind of aluminum products. The melting and casting process of aluminum rod includes melting, purification, impurity removal, gas removal, slag removal and casting. Aluminum rods can be roughly divided into 8 categories according to the metal elements they contain.

Material: H59, H59-1, H59-2, H59-3, H60, H60-2, H62, H63, H65, H68, H70, H80, H90; C1100, C1020, C2680, C2800, C2600, C2801, C5191, C5210, C2200, C7521, C7541, C17200, C1070, C7701, QSN6.5-0.1, QSN8-0.3, QSN4-0.3, BZn18- 18, BZN15-20, CuBe2 and many other materials

Material: H59, H59-1, H59-2, H59-3, H60, H60-2, H62, H63, H65, H68, H70, H80, H90; C1100, C1020, C2680, C2800, C2600, C2801, C5191, C5210, C2200, C7521, C7541, C17200, C1070, C7701, QSN6.5-0.1, QSN8-0.3, QSN4-0.3, BZn18- 18, BZN15-20, CuBe2 and many other materials

Sus201/201 stainless steel is a widely used precipitation hardening grade, high hardness, high strength, good corrosion resistance. Its performance is similar to that of SS302 stainless steel.
SS202 machinability to produce long rubber chip. It can also be processed in the annealed state. For full martensitic transformation and heat treatment, the material must be immersed at 1038°C(1900°F) for 30 min and cooled below 16°C(60°F). Do not use oxyacetylene welding connection. 202 steel material can be welded by ordinary fusion resistance method. SS 202 has good toughness at low temperature.
Grade 202 or 201 materials can be made into rolls, plates, strips, lines, tubes, profiles, bars, angles, etc.

Grade 904L is austenitic stainless steel. Compared with 316L, its added molybdenum is more resistant to local chloride erosion (pitting and crevices), especially the added copper is effective against all concentrations of sulfuric acid. Its high alloying content may also make it more resistant to chloride stress corrosion cracking. Its low carbon content makes 904L resistant to welding sensitization and prevents intergranular corrosion.
The 904L alloy is used in piping systems, pollution control equipment, heat exchangers, and bleaching systems.
SS904L material can be made into rolls, plates, strips, lines, tubes, profiles, bars, Angle steel and other shapes.

Duplex stainless steel is a kind of stainless steel material. They are called biphasic (or austenite-ferrite) because their metallurgical structure consists of two phases, with almost equal proportions of austenite and ferrite. These materials have improved corrosion resistance, particularly chloride stress corrosion and chloride pitting, and have higher strength than standard austenitic stainless steels such as SS304 or SS316. Compared with austenitic stainless steel, the main difference in composition of duplex steel is the chromium content of 20-28% higher; Molybdenum content is high, up to 5%; The nickel content was reduced to 9% and the nitrogen content was reduced to 0.05-0.50%. Both low nickel content and high strength are significantly cost effective.