Introduction:
Inconel 601 tube plays an important role in the gas turbine field.
It is composed of materials such as nickel (Ni), chromium (Cr),
iron (Fe) and aluminum (Al), with a minimum content of 58%, a
density of 8.1 g/cubic centimeter, and a melting point of 1360
degrees Celsius. The pipe has a tensile strength of 650 MPa, an
elongation of 30% and a yield strength of 300 MPa. The specific
heat capacity is 477 Joules/kg-C.
Inconel 601 tubes are widely used in components such as gas
turbines, combustion chambers and heat exchangers. Its excellent
high temperature resistance and oxidation resistance enable it to
withstand the extreme operating conditions in gas turbines,
including high temperature, high pressure and strong oxidizing
environment. Whether used as a gas turbine combustor component,
heat exchanger ducting, or other critical component, Inconel 601
tubing provides reliable performance to ensure efficient operation
and long-term stability of the gas turbine.
The excellent properties of this pipe make it one of the preferred
materials in the gas turbine industry. In high-temperature
combustion environments, Inconel 601 pipes have excellent corrosion
resistance and heat resistance, and can maintain good mechanical
strength and stability. It plays an important role in improving gas
turbine efficiency, reducing combustion chamber wear and protecting
key components, providing gas turbine manufacturers and operators
with reliable solutions.
Characteristic:
- High Temperature Stability: Inconel 601 pipe has excellent high
temperature stability and is able to maintain good structural
integrity and mechanical properties in extreme high temperature
environments. This allows it to withstand corrosion and high
temperature stress from high temperature combustion gases in gas
turbines.
- Oxidation resistance: Inconel 601 pipe has good antioxidant
properties and can reduce the oxidation loss of materials in
high-temperature oxidizing environments.
- Corrosion resistance: The alloy has good corrosion resistance to
many acidic and alkaline media and can resist the erosion of acidic
combustion products produced in gas turbines.
Advantage:
- High Temperature Strength: Inconel 601 pipe has excellent high
temperature strength and is able to withstand the high temperatures
and high stress environments found in gas turbines. This allows it
to maintain structural stability and reliability under high
temperature operating conditions.
- Fatigue resistance: The alloy has good fatigue resistance and can
work for a long time under cyclic loads without being prone to
fatigue damage, which improves the life and reliability of the gas
turbine.
- Good workability: Inconel 601 pipe has good workability, making it
easy to manufacture pipes and components of various shapes and
sizes to meet gas turbine design and engineering requirements.
Application:
- Combustion chamber components: Inconel 601 tube can be used to
manufacture combustion chamber components of gas turbines, such as
combustion chamber liners, burner nozzles, etc. Its high
temperature stability and anti-corrosion properties allow it to
withstand the erosion of high temperature combustion gases and
acidic combustion products.
- Exhaust piping: This alloy is suitable for the exhaust piping
system of gas turbines. It can withstand high temperature and high
pressure exhaust gas flow and corrosive media, ensuring the
reliability and safety of the exhaust system.
Other relevant knowledge points:
Inconel 601 is a nickel-chromium-iron-based alloy that contains
aluminum and other elements to improve its oxidation resistance and
high-temperature strength.
The alloy also has certain resistance to hot corrosion and can
resist sulfide corrosion and oxidation corrosion in the combustion
environment of gas turbines.
In gas turbines, the selection and design of Inconel 601 pipes need
to consider factors such as the temperature, pressure, composition
of the combustion gas, and other process parameters to ensure that
the performance of the pipes and components meets the requirements
of the gas turbine.
Parameter:
Chemical Properties of Inconel 601
| Nickel | Chromium | Iron | Aluminum | Carbon | Manganese | Sulfur | Silicon | Copper |
| 58%-63% | 21%-25% | Remainder | 1%-1.7% | 0.10% max | 1% max | 0.015% max | 0.50% max | 1% max |
Type we could offer
| AMS Number | Alloy | Type | UNS | Misc./Shape |
|---|
| AMS 5715 | Inconel 601 | Nickel | N06601 | |
| AMS 5715 Bar | Inconel 601 | Nickel | N06601 | Bar |
| AMS 5715 Custom Tube | Inconel 601 | Nickel | N06601 | Custom Tube |
| AMS 5715 Forging | Inconel 601 | Nickel | N06601 | Forging |
| AMS 5715 Ring | Inconel 601 | Nickel | N06601 | Ring |
| AMS 5870 | Inconel 601 | Nickel | N06601 | |
| AMS 5870 Plate | Inconel 601 | Nickel | N06601 | Plate |
| AMS 5870 Sheet | Inconel 601 | Nickel | N06601 | Sheet |
| AMS 5870 Strip | Inconel 601 | Nickel | N06601 | Strip |
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