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Inconel Alloy
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Inconel 718 Tube Extrusion Drawing Techniques For Mechanical Properties

Inconel 718 Tube Extrusion Drawing Techniques For Mechanical Properties

Brand Name: DLX
Model Number: Inconel 718 tube
MOQ: 5
Payment Terms: L/C, T/T, Western Union, MoneyGram
Supply Ability: 500 tons per month
Detail Information
Place of Origin:
China Jiangsu
Certification:
CE,ROHS
Material:
Ni Cr Fe
Nickel(Min):
50%
Magnetic Permeability:
1.0011
Curie Temperature:
-112 °C
Density:
8.19
CTE, Linear 20°C:
13 µm/m-°C
Condition:
Hard / Soft
Sureface:
Bright,Oxided
Delivery Time:
7-50 Days
Tensile Strength:
760-1600MPA
Melting Point:
1260 - 1336℃
Specific Heat Capacity:
0.435 J/g-°C
Thermal Conductivity:
11.4 W/m-K
Elongation:
25 %
Product Name:
Nickel-based Alloy AMS 5596 Inconel 718 Nickel Alloy Plate/Nickel Tube For Aeronautical
Packaging Details:
Inconel 718 wire packed in Spool Carton box, Coil package with polybag,then in woodencase
Supply Ability:
500 tons per month
Highlight:

Inconel 718 Tube

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Hard Inconel 718 Tube

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Bright Inconel Alloy Tube

Product Description

Inconel 718 Tube Extrusion And Drawing Techniques For Improved Mechanical Properties

 


  • Inconel Series

Our cost-effective Inconel 718 tube manufacturing process allows us to offer reduced lead times, making it easier than ever to get the products you need when you need them. Made from a nickel-chromium alloy, these tubes offer excellent resistance to both corrosion and high-temperature environments. Our manufacturing process is designed to be efficient and effective, allowing us to produce high-quality tubes at a lower cost. We offer a range of sizes and configurations to meet the needs of our customers, and we are committed to providing exceptional customer service and support

 

Alloy 718 nickel tubing is an age-hardenable nickel-chromium-iron alloy also containing significant amounts of niobium, molybdenum, titanium and aluminum. It combines good corrosion resistance with extremely high strength. Typical applications include heat exchangers and O-rings.

 

Alloy 718 Tube  has excellent corrosion resistance to many media. This resistance, which is similar to that of other nickel-chromium alloys, is a function of its composition. Nickel contributes to corrosion resistance in many inorganic and organic, other than strongly oxidizing, compounds throughout wide ranges of acidity and alkalinity. It also is useful in combating chloride-ion stress-corrosion cracking. Chromium imparts an ability to withstand attack by oxidizing media and sulfur compounds. Molybdenum is known to contribute to resistance to pitting in many media.

 

 


  • Chemical Properties of Inconel 718 Tube

Element Limiting Chemical Composition (%)
Nickel (plus Cobalt) 50%-55%
Chromium 17%-21%
Niobium (plus Tantalum) 4.75%-5.50%
Molybdenum 2.80%-3.30%
Titanium 0.65%-1.15%
Aluminum 0.20%-0.80%
Cobalt 1% max
Carbon 0.08% max
Manganese 0.35% max
Silicon 0.35% max
Phosphorus 0.015% max
Sulfur 0.015% max
Boron 0.006% max
Copper 0.30% max
Iron Balance*

 


 

 Inconel 718 Tube Application

 

Components for liquid fueled rockets, rings, casings and various formed sheet metal parts for aircraft and land-based gas turbine engines, and cryogenic tankage. It is also used for fasteners and instrumentation parts.Oil field applications

 

 


  • ,Type we could offer
    AMS Number Alloy Type UNS Cross Ref. Spec Misc./Shape  
    AMS 5590 Inconel 718 Nickel N07718 - Tubing Inconel 718 Tube Extrusion Drawing Techniques For Mechanical Properties 0
    AMS 5596 Foil Inconel 718 Nickel N07718 - Foil Inconel 718 Tube Extrusion Drawing Techniques For Mechanical Properties 1
    AMS 5596 Plate Inconel 718 Nickel N07718 - Plate Inconel 718 Tube Extrusion Drawing Techniques For Mechanical Properties 2
    AMS 5596 Sheet Inconel 718 Nickel N07718 - Sheet Inconel 718 Tube Extrusion Drawing Techniques For Mechanical Properties 3
    AMS 5596 Strip Inconel 718 Nickel N07718 - Strip Inconel 718 Tube Extrusion Drawing Techniques For Mechanical Properties 4
    AMS 5597 Plate Inconel 718 Nickel N07718 - Plate Inconel 718 Tube Extrusion Drawing Techniques For Mechanical Properties 5
    AMS 5597 Sheet Inconel 718 Nickel N07718 - Sheet Inconel 718 Tube Extrusion Drawing Techniques For Mechanical Properties 6
    AMS 5597 Strip Inconel 718 Nickel N07718 - Strip Inconel 718 Tube Extrusion Drawing Techniques For Mechanical Properties 7
    AMS 5662 Bar Inconel 718 Nickel N07718 - Bar Inconel 718 Tube Extrusion Drawing Techniques For Mechanical Properties 8
    AMS 5662 Custom Tube Inconel 718 Nickel N07718 - Custom Tube Inconel 718 Tube Extrusion Drawing Techniques For Mechanical Properties 9
    AMS 5662 Ring Inconel 718 Nickel N07718 - Ring Inconel 718 Tube Extrusion Drawing Techniques For Mechanical Properties 10
    AMS 5663 Bar Inconel 718 Nickel N07718 - Bar Inconel 718 Tube Extrusion Drawing Techniques For Mechanical Properties 11
    AMS 5663 Custom Tube Inconel 718 Nickel N07718 - Custom Tube Inconel 718 Tube Extrusion Drawing Techniques For Mechanical Properties 12
    AMS 5663 Ring Inconel 718 Nickel N07718 - Ring Inconel 718 Tube Extrusion Drawing Techniques For Mechanical Properties 13
    AMS 5664 Bar Inconel 718 Nickel N07718 - Bar Inconel 718 Tube Extrusion Drawing Techniques For Mechanical Properties 14
    AMS 5664 Custom Tube Inconel 718 Nickel N07718 - Custom Tube Inconel 718 Tube Extrusion Drawing Techniques For Mechanical Properties 15
    AMS 5664 Ring Inconel 718 Nickel N07718 - Ring Inconel 718 Tube Extrusion Drawing Techniques For Mechanical Properties 16
    AMS 5832 Inconel 718 Nickel N07718 - Wire Inconel 718 Tube Extrusion Drawing Techniques For Mechanical Properties 17
    AMS 5962 Bar Inconel 718 Nickel N07718 - Bar Inconel 718 Tube Extrusion Drawing Techniques For Mechanical Properties 18
    AMS 5962 Wire Inconel 718 Nickel N07718 - Wire Inconel 718 Tube Extrusion Drawing Techniques For Mechanical Properties 19
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