Casting K4473 High Temperature Alloy

铸造K447a高温合金Performance Component K447A Casting Processing

K447A nickel based cast high-temperature alloy is a complex alloying high-temperature alloy with good comprehensive performance above 1000oC. It can be used to manufacture aviation engine guide structure components and industrial heavy-duty gas turbine guide blades.

The standard for K447a master alloy is GB/T 12611-2003.

K447A is a fluorinated compound composed of carbon, hydrogen, and fluorine elements. It has high chemical stability and exhibits properties under high temperature and pressure

Good performance. Due to these advantages, K447A is widely used in fields such as air conditioning, refrigeration, and insulation.

铸造K447a高温合金K447a master alloy iron-based deformation high-temperature alloys GH2135, GH2035A, GH2984, GH2328, GH2901, GH2761, GH2107; Nickel based deformed high-temperature alloy GH4413; Seamless pipe alloy GH3044, large-sized turbine disk alloys GH4698 and GH4742; Nickel based cast alloys K4169, K435, K446, K452, K447, K445; Cobalt based high-temperature alloy K640S; BC alloy I (444; directional solidification high-temperature alloys DZ417G, DZ483, DZ444G; Single crystal high-temperature alloys DD444, DD417G, DD483;

Mar-M247 alloy is a high-temperature alloy commonly used in the manufacture of aircraft engine components, with excellent high-temperature strength and corrosion resistance. The density of Mar-M247 alloy is approximately between 8.18 grams per cubic centimeter and 8.24 grams per cubic centimeter, and the specific values may vary due to slight differences in manufacturing processes and alloy composition. The variation in density may have a certain impact on engineering design and material selection, so accurate density values are needed for calculation and analysis in specific applications. Density refers to the mass of a substance per unit volume, usually measured in grams per cubic centimeter or kilograms per cubic meter. In the field of engineering, accurately understanding the density of materials is crucial for weight calculation, material selection, and performance prediction in the design and manufacturing process. Therefore, understanding the density of Mar-M247 alloy can help engineers and designers make accurate decisions when using this material.