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Nimonic 75 is a material that falls under the nickel-chromium category of materials that are very useful where high temperature is a factor. It has additives like chromium, cobalt and titanium, which enhance the properties of the alloy and its resistance to oxidation and creep. Nimonic 75 tubes are used in industries where the materials are subjected to high temperature and stress, such as aerospace, power, and chemical industries.
The composition of the Nimonic 75 Tube is crucial for understanding its properties and performance in various industrial applications.
Grade | Ni | Cr | Fe | P | Cu | Al | Ti | C | Mn | Si | |
Nimonic 75 | Bal. | 19-22 | Max 1.0 | Max 0.015 | Max 0.2 | Max 0.15 | 0.15-0.35 | Max 0.12 | Max 0.70 | Max 0.80 | Max 0.02 |
Thus, this table provides valuable insight into the chemical composition of these tubes, highlighting their properties and suitability.
The table provides essential information for engineers and manufacturers to assess the integrity and durability of the Nimonic 75 Tube in demanding environments.
Grade Nimonic 75 | Tensile strength(annealed) | Yield strength(annealed) | Elongation at Break | Modulus of Elasticity |
Metric | 750 MPa | 275 MPa | 42% | 206 GPa |
Imperial | 109 ksi | 40 ksi | 42% | 29878 ksi |
Thus, this valuable data on the Nimonic 75 Tube’s strength, flexibility, and resilience is crucial for ensuring reliability and longevity.
These flexible tube fittings offer numerous benefits for various industrial applications.
The Nimonic 75 Tube offers several advantages that make it suitable for industrial and commercial applications.
Due to its excellent features, the Brass Nimonic 75 Tube is preferred in various industrial applications. Some of the main applications include.
Nimonic 75 Tubes are applied across various industries due to their valuable features, which makes them versatile.
Nimonic 75 is a material that falls under the nickel-chromium category of materials that are very useful where high temperature is a factor. It has additives like chromium, cobalt and titanium, which enhance the properties of the alloy and its resistance to oxidation and creep. Nimonic 75 tubes are used in industries where the materials are subjected to high temperature and stress, such as aerospace, power, and chemical industries.
The composition of the Nimonic 75 Tube is crucial for understanding its properties and performance in various industrial applications.
Grade | Ni | Cr | Fe | P | Cu | Al | Ti | C | Mn | Si | |
Nimonic 75 | Bal. | 19-22 | Max 1.0 | Max 0.015 | Max 0.2 | Max 0.15 | 0.15-0.35 | Max 0.12 | Max 0.70 | Max 0.80 | Max 0.02 |
Thus, this table provides valuable insight into the chemical composition of these tubes, highlighting their properties and suitability.
The table provides essential information for engineers and manufacturers to assess the integrity and durability of the Nimonic 75 Tube in demanding environments.
Grade Nimonic 75 | Tensile strength(annealed) | Yield strength(annealed) | Elongation at Break | Modulus of Elasticity |
Metric | 750 MPa | 275 MPa | 42% | 206 GPa |
Imperial | 109 ksi | 40 ksi | 42% | 29878 ksi |
Thus, this valuable data on the Nimonic 75 Tube’s strength, flexibility, and resilience is crucial for ensuring reliability and longevity.
These flexible tube fittings offer numerous benefits for various industrial applications.
The Nimonic 75 Tube offers several advantages that make it suitable for industrial and commercial applications.
Due to its excellent features, the Brass Nimonic 75 Tube is preferred in various industrial applications. Some of the main applications include.
Nimonic 75 Tubes are applied across various industries due to their valuable features, which makes them versatile.
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