
Turbine Disk Parts
OEM & ODM Services: Available
Weight: Custom
Tolerance:0.004mm
Smooth surface roughness :Ra0.6-3.2
Turbine Disk is a key rotating component used in aircraft engines, gas turbines and other turbo machinery. It is a disc-shaped part attached to a shaft that withstands the force of the high-speed airflow generated by the rotating turbine blades. Here are some of the key features and functions of turbine discs:
Materials: Turbine discs are often made from high-temperature alloys such as nickel-based alloys or titanium alloys because they require excellent high-temperature and high-strength properties. These alloys maintain structural stability under extreme conditions of temperature and pressure.
Attaching turbine blades: There are usually one or more rows of turbine blades fixed to the turbine disk. These blades are closely connected to the turbine disk through the roots or root disks on the blades.
Forces: The turbine disc bears the thrust and centrifugal forces generated by the turbine blades and must be strong and durable enough to withstand these forces. Because of the high centrifugal forces experienced when rotating at high speeds, the design of the turbine disk must be very precise.
Cooling System: Because the turbine disk is in a high temperature environment, an internal cooling system is usually required to ensure that it does not overheat. Cooling air usually flows through the turbine disk through internal channels, cooling its surface.
Balance: The turbine disk must be precisely balanced to prevent unbalanced rotation from causing vibration and damage. This often requires precise machining and balancing calibration during the manufacturing process.
Manufacturing process: Precision machining processes are usually used to manufacture turbine disks, including casting, forging and machining. During the manufacturing process, the temperature, pressure and cooling of the material require precise control.
Application: Turbine discs are widely used in aircraft engines, gas turbines, steam turbines and other rotating machinery to extract power from high-temperature and high-pressure airflow. Their design and material selection depend on the specific application and performance requirements.
In short, turbine disks are an important part of turbo machinery. They have the characteristics of high temperature, high pressure, high strength and precision balance to ensure efficient operation and reliability of the system. Different types of turbine disks have different design and process requirements in different applications.
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|
GB |
UNS |
SEW VDIUV |
|
Incoloy 800 |
NS111 |
N08800 |
W.Nr.1.4876 |
|
Incoloy 800H |
NS112 |
NO8810 |
W.Nr.1.4958 |
|
Incoloy 800HT |
|
N08811 |
W.Nr.1.4959* |
|
Incoloy 825 |
NS142 |
N08825 |
W.Nr.2.4858 |
|
Inconel 600 |
NS312 |
N06600 |
W.Nr.2.4816 |
|
Inconel 601 |
NS313 |
N06601 |
W.Nr.2.4851 |
|
Inconel 625 |
NS336 |
N06625 |
W.Nr.2.4856 |
|
Inconel 718 |
GH4169 |
N07718 |
W.Nr.2.4668 |
|
Incoloy 926 |
|
N08926 |
W.Nr.1.4529 |
|
Inconel X-750 |
GH4145 |
N07750 |
W.Nr.2.4669 |
|
Monel 400 |
|
N04400 |
W.Nr.2.4360 |
|
Hastelloy B |
Ns321 |
N10001 |
|
|
Hastelloy B-2 |
NS322 |
N10665 |
W.Nr.2.4617 |
|
Hastelloy C |
NS333 |
|
|
|
Hastelloy C-22 |
|
N06022 |
W.Nr.2.4602 |
|
Hastelloy C276 |
NS334 |
N10276 |
W.Nr.2.4819 |
|
254SMO |
|
S31254 |
W.Nr.1.4547 |
|
904L |
|
N08904 |
W.Nr.1.4539 |
|
GH1140 |
GH1140 |
|
|
|
GH2132 |
GH2132 |
S66286 |
W.Nr.1.4890 |
|
GH3030 |
GH3030 |
|
|
|
GH3044 |
GH3044 |
|
|
|
GH3128 |
GH3128 |
|
|
|
Carpenter 20 |
NS143 |
N08020 |
W.Nr.2.4660 |
|
Alloy31 |
|
N08031 |
W.Nr.1.4562 |
|
Invar 36 |
|
K93600 |
W.Nr.1.3912 |
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