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• in base 6061 aluminum alloy, and data fromn other alloys

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Alloys: |SAE, UNS, alloy type, alloy composition, chemical formula=

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Inconel 625 Cladding overlay in a tube with Inconel 625 Synonym Synonym-One Synonyms Synonym-A-Dozen Material type Nickel-based superalloy Alloy properties UNS identifier N06625 SAE identifier SAE999 Alloy type T2 tool steel Composition Ni 58% Cr 20-23% Mo 8-10% Fe 5% Nb 3.15-4.15% Co 1% Mn 0.5% Si 0.5% Cu 0.5% Al 0.4% Ti 0.4% C 0.1% P 0.02% S 0.015% Physical properties Density (ρ) 2.70 g/cm3[1] Chemical properties Chemical formula NiCr22Mo9Nb Mechanical properties Young's modulus (E) 68 GPa (9,900 ksi) Tensile strength (σt) 124–290 MPa (18.0–42.1 ksi) Elongation (ε) at break 12–25% Poisson's ratio (ν) 0.33 Thermal properties Melting temperature (Tm) 585 °C (1,085 °F) Thermal conductivity (k) 151–202 W/(m·K) Linear thermal expansion coefficient (α) 2.32×10−5 K−1 Specific heat capacity (c) 897 J/(kg·K) Electrical properties Volume resistivity (ρ) 32.5–39.2 nOhm·m

Inconel 625 Cladding overlay in a tube with Inconel 625 Synonym Synonym-One Synonyms Synonym-A-Dozen Material type Nickel-based superalloy Alloy properties UNS identifier N06625 SAE identifier SAE999 Alloy type T2 tool steel Composition Ni 58% Cr 20-23% Mo 8-10% Fe 5% Nb 3.15-4.15% Co 1% Mn 0.5% Si 0.5% Cu 0.5% Al 0.4% Ti 0.4% C 0.1% P 0.02% S 0.015% Physical properties Density (ρ) 2.70 g/cm3[1] Chemical properties Chemical formula NiCr22Mo9Nb Mechanical properties Young's modulus (E) 68 GPa (9,900 ksi) Tensile strength (σt) 124–290 MPa (18.0–42.1 ksi) Elongation (ε) at break 12–25% Poisson's ratio (ν) 0.33 Thermal properties Melting temperature (Tm) 585 °C (1,085 °F) Thermal conductivity (k) 151–202 W/(m·K) Linear thermal expansion coefficient (α) 2.32×10−5 K−1 Specific heat capacity (c) 897 J/(kg·K) Electrical properties Volume resistivity (ρ) 32.5–39.2 nOhm·m

All up

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name caption Synonym Synonym-One Synonyms Synonym-A-Dozen Material type type Alloy properties Alloy type Aluminium Composition Tungsten (70–82%) Iron Physical properties Density (ρ) density Abbe number (V) abbe_number Refractive index (n) refractive_index Flammability flammability Limiting oxygen index limiting_oxygen_index Water absorption—Equilibrium (ASTM) water_absorption_eq Water absorption—over 24 hours water_absorption_24h Ultraviolet (1–380 nm) resistance uv_resistance Mechanical properties Young's modulus (E) youngs_modulus Tensile strength (σt) tensile_strength Elongation (ε) at break elongation Compressive strength (σc) compressive_strength Poisson's ratio (ν) poissons_ratio Hardness—Rockwell hardness_rockwell Izod impact strength izod_impact_strength Notch test notch_test Abrasive resistance abrasive_resistance_note abrasive_resistance Coefficient of friction (μ) coeff_friction Speed of sound speed_of_sound Thermal properties Melting temperature (Tm) melting_point Glass transition temperature (Tg) glass_transition Heat deflection temperature heat_deflection_temp_note heat_deflection_temp Vicat softening point vicat_note vicat Vicat softening point—10 N (Vicat A) vicat_a Vicat softening point—50 N (Vicat B) vicat_b Upper working temperature upper_working_temp Lower working temperature lower_working_temp Heat transfer coefficient (λ) heat_transfer_coeff Thermal conductivity (k) thermal_conductivity_note thermal_conductivity Thermal diffusivity (a) thermal_diffusivity_note thermal_diffusivity Linear thermal expansion coefficient (α) linear_expansion Specific heat capacity (c) specific_heat Electrical properties Dielectric constant (εr) dielectric_constant_note dielectric_constant Permittivity (ε) permittivity Relative permeability (μr) relative_permeability_note relative_permeability Permeability (μ) permeability_note permeability Dielectric strength dielectric strength Dissipation factor dissipation_factor_note dissipation_factor Surface resistivity surface_resistivity Volume resistivity (ρ) volume_resistivity Chemical resistance Acids—concentrated chem_res_acid_c Acids—dilute chem_res_acid_d Alcohols chem_res_alcohol Aldehydes chem_res_aldehyde Alkalis chem_res_alkali Aromatic hydrocarbons chem_res_aromatic Esters chem_res_ester Greases and oils chem_res_grease_oil Halogenated hydrocarbons chem_res_haloalkane Halogens chem_res_halogen Ketones chem_res_ketone Gas permeation at 20 °C Nitrogen gas_perm_N Oxygen gas_perm_O Carbon dioxide gas_perm_CO2 Water vapour gas_perm_H2O Economics Price price footnotes

name caption Synonym Synonym-One Synonyms Synonym-A-Dozen Material type type Alloy properties Alloy type Aluminium Composition Tungsten (70–82%) Iron Physical properties Density (ρ) density Abbe number (V) abbe_number Refractive index (n) refractive_index Flammability flammability Limiting oxygen index limiting_oxygen_index Water absorption—Equilibrium (ASTM) water_absorption_eq Water absorption—over 24 hours water_absorption_24h Ultraviolet (1–380 nm) resistance uv_resistance Mechanical properties Young's modulus (E) youngs_modulus Tensile strength (σt) tensile_strength Elongation (ε) at break elongation Compressive strength (σc) compressive_strength Poisson's ratio (ν) poissons_ratio Hardness—Rockwell hardness_rockwell Izod impact strength izod_impact_strength Notch test notch_test Abrasive resistance abrasive_resistance_note abrasive_resistance Coefficient of friction (μ) coeff_friction Speed of sound speed_of_sound Thermal properties Melting temperature (Tm) melting_point Glass transition temperature (Tg) glass_transition Heat deflection temperature heat_deflection_temp_note heat_deflection_temp Vicat softening point vicat_note vicat Vicat softening point—10 N (Vicat A) vicat_a Vicat softening point—50 N (Vicat B) vicat_b Upper working temperature upper_working_temp Lower working temperature lower_working_temp Heat transfer coefficient (λ) heat_transfer_coeff Thermal conductivity (k) thermal_conductivity_note thermal_conductivity Thermal diffusivity (a) thermal_diffusivity_note thermal_diffusivity Linear thermal expansion coefficient (α) linear_expansion Specific heat capacity (c) specific_heat Electrical properties Dielectric constant (εr) dielectric_constant_note dielectric_constant Permittivity (ε) permittivity Relative permeability (μr) relative_permeability_note relative_permeability Permeability (μ) permeability_note permeability Dielectric strength dielectric strength Dissipation factor dissipation_factor_note dissipation_factor Surface resistivity surface_resistivity Volume resistivity (ρ) volume_resistivity Chemical resistance Acids—concentrated chem_res_acid_c Acids—dilute chem_res_acid_d Alcohols chem_res_alcohol Aldehydes chem_res_aldehyde Alkalis chem_res_alkali Aromatic hydrocarbons chem_res_aromatic Esters chem_res_ester Greases and oils chem_res_grease_oil Halogenated hydrocarbons chem_res_haloalkane Halogens chem_res_halogen Ketones chem_res_ketone Gas permeation at 20 °C Nitrogen gas_perm_N Oxygen gas_perm_O Carbon dioxide gas_perm_CO2 Water vapour gas_perm_H2O Economics Price price footnotes

6061 Al

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• 6061 aluminum alloy

Just an alloy. May 2022.

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A6061 Material type Alloy Physical properties Density (ρ) 2.70 g/cm3[2] Mechanical properties Young's modulus (E) 68 GPa (9,900 ksi) Tensile strength (σt) 124–290 MPa (18.0–42.1 ksi) Elongation (ε) at break 12–25% Poisson's ratio (ν) 0.33 Thermal properties Melting temperature (Tm) 585 °C (1,085 °F) Thermal conductivity (k) 151–202 W/(m·K) Linear thermal expansion coefficient (α) 2.32×10−5 K−1 Specific heat capacity (c) 897 J/(kg·K) Electrical properties Volume resistivity (ρ) 32.5–39.2 nOhm·m

A6061 Material type Alloy Physical properties Density (ρ) 2.70 g/cm3[2] Mechanical properties Young's modulus (E) 68 GPa (9,900 ksi) Tensile strength (σt) 124–290 MPa (18.0–42.1 ksi) Elongation (ε) at break 12–25% Poisson's ratio (ν) 0.33 Thermal properties Melting temperature (Tm) 585 °C (1,085 °F) Thermal conductivity (k) 151–202 W/(m·K) Linear thermal expansion coefficient (α) 2.32×10−5 K−1 Specific heat capacity (c) 897 J/(kg·K) Electrical properties Volume resistivity (ρ) 32.5–39.2 nOhm·m

1. ^ ASM Handbook Volume 2: Properties and Selection: Nonferrous Alloys and Special-Purpose Materials (10 ed.). Materials Park, Ohio. 1990. ISBN 978-0-87170-377-4. OCLC 21034891.{{cite book}}: CS1 maint: location missing publisher (link)
2. ^ ASM Handbook Volume 2: Properties and Selection: Nonferrous Alloys and Special-Purpose Materials (10 ed.). Materials Park, Ohio. 1990. ISBN 978-0-87170-377-4. OCLC 21034891.{{cite book}}: CS1 maint: location missing publisher (link)