India's Largest Stockist and Supplier Of Nickel Alloys Since 2007

IN738LC

IN738LC High Lights
Symbol IN738LC
Composition IN738LC / K438
Particle Size 15-45 um, 15-53 um, 45-105 um, etc.
Heat Treatment
  • Solution treatment - 1120°C, fast cooled
  • Precipitation hardening - 845°C, 24 hours, air cooled
Shape Spherical
Coatings
  • Diffusion aluminide and overlay coatings
  • Thermal barrier coatings
Joining
  • Fusion welding using matching filler alloys
  • Electron beam and vacuum brazing
Forming Above 1150°C

Get IN738LC as per Standards Click Here

 

IN738LC Specification

 

Table of Content

Inconel 738LC SuperAlloy Supplier in India With Creep Strength Up to 1800°F, Refer Composition

Long-Time Creep-Rupture Test Results on Alloy IN-738
Temperature (°F) Stress (psi) Minimum Creep Rate (%/hr) Rupture Life (hr) Time, hr, for Creep Strain*
0.1% 0.2% 0.5% 1.0%
135075,000 0.003 1464 102075235
135075,000 0.002 1550 1030120320
135065,000 0.0005 4666 602508101720
135065,000 0.0004 5219 402507401900
150040,000 0.002 1014 1224110315
150035,000 0.004 4704 601605801140
150035,000 0.0006 3348 1302906801220
170017,000 0.002 1263 3880200375
170013,000 0.0002 5571 40076021603100
170013,000 0.0004 4815 14036010802080
180010,000 0.0012 1262 30100200500
Stress-Rupture Properties of IN-738LC
Temperature (°F) Low Carbon IN-738LC
Stress, psi, for Rupture in
1000 hr 10,000 hr
135080,00062,000
1700 19,000 12,000
150046,00033,000
180012,0007,000
Stress-Rupture Properties of IN-738LC

 

Inconel 738 Composition
Element Contain (Min) (Max)
C 0.1 0.2
Ni Bal. Bal.
Co 8.0 9.0
W 2.4 2.8
Mo 1.5 2.0
Nb 0.6 1.1
B 0.05 0.015
Zr 0.05 0.15
Cr 15.7 16.3
Ta 1.5 2.0
Al 3.2 3.7
Ti 3.0 3.5
Fe - 0.5
Mean Coefficient of Thermal Expansion of Alloy IN-738
Temperature Interval (°F) Mean Coefficient of Thermal Expansion (per °F)
70 to 2006.45 × 10⁻⁶
70 to 4006.75
70 to 6007.15
70 to 8007.55
70 to 10007.75
70 to 12008.05
70 to 14008.25
70 to 16008.55
70 to 18008.85

Buy Alloy IN-738 With Density 0.293 Ib/cu in and 2250 to 2400°F Melting Range, Check Heat Treatment

Melting Range Density
2250-2400°F (1230-1315°C) 0.293 Ib/cu in. (8.11 g/cu cm)
Temperature (°F) Thermal Conductivity (Btu/ft²·in·hr·°F)
40082
60095
800108
1000123
1200137
1400149
1600162
1800176
2000189
Alloy IN-738 Specific Heat
Temperature (°F) Specific Heat (Btu/lb·°F)
700.10
2000.11
4000.12
6000.125
8000.13
10000.135
12000.14
14000.15
16000.16
18000.17
20000.17
Functions of IN738LC
  • Oxidation and Corrosion Resistance
  • Creep Resistance
  • Excellent Mechanical Strength
  • Weldability
  • High-temperature Resistance

Room Temperature Impact Properties of Inconel 738lc SuperAlloy
Grain Size Before Exposure Charpy Impact, Unnotched, ft-lb - After Exposure at
1200°F 1500°F 1700°F
500 hr 1000 hr 500 hr 1000 hr 500 hr 1000 hr
Coarse (1/4 in. or larger) 37 54 38 20 16 17 14
Fine (1/8 in. or smaller) 56 44 30 20 13 14 10
Inconel 738lc SuperAlloy Modulus of Elasticity
Temperature (°F) Torsion (G) psi Tension (E) psi Poisson’s Ratio (ν)
75 11.3 × 10⁶ 29.1 × 10⁶0.28
200 11.1 28.30.27
400 10.8 27.60.27
600 10.5 26.80.28
800 10.1 26.00.28
1000 9.8 25.40.30
1200 9.4 24.30.30
1400 9.0 23.20.30
1600 8.5 21.90.29
1800 7.8 20.30.30

Stockist Of Cyclic and Static Tested Inconel 738 Material in Mumbai For High Temperature Applications Like Gas Turbine Industry

Inconel 738LC Testings
  • Static Tests
  • Cyclic Test
  • Crucible Test
  • Cyclic Rig Test
  • Sulfidation Cyclic Rig Test
  • Combustion Chamber Test
  • Gas Test
  • Engine Test

 

Inconel 738LC Spherical Nickel Based Alloy Applications
Inconel 738LC Spherical Nickel Based Alloy Applications

 

Fatigue Properties of Alloy IN-738LC*
Temperature (°F) Stress, psi, for Fatigue Life of 10⁸ Cycles
Room18,000
93217,000
147218,000
165217,000
Understand Difference Between Inconel 738 vs 718, View Price list and See Mechanical Properties
Inconel 738 Mechanical Properties
Temperature (°F) Tensile Strength psi Yield Strength (0.2% Offset) psi Reduction of Area % Elongation (2 in.) %
70 159,000 138,000 5 5.5
1200 153,000 132,000 7 7
1400 140,000 115,000 9 6.5
1600 112,000 80,000 13 11
1800 66,000 50,000 15 13
IN738LC Benefits
  • Economic Efficiency
  • Durability
  • Performance
  • Environmental Impact
  • Innovation
  • Enhanced Safety

 

Offer Inconel 738LC Spherical Nickel Based Alloy in Various Types like Standard, High Purity, Weldable etc.
Types of IN738LC
  • High-purity IN738LC
  • Weldable IN738LC
  • Corrosion-resistant IN738LC
  • Standard IN738LC

IN738LC vs Common Alternatives
Properties IN738LC IN718 Mar‑M247 CMSX‑4
Max service temp (°C, typical) 980-1000 700-750 1000-1050 1050-1100
Typical use Turbine blades/vanes, hot gas path Disks, seals, cases Blades/vanes (cast) Single-crystal blades

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