Russian Metals • Supplier • Manufacturer • Exporter • Stockist

BT5 Titanium Alloy | ВТ5 титановый сплавPremium Aerospace Titanium Alloy by Russian Metals

Russian Metals is a leading Russian titanium alloy supplier offering premium-quality BT5 Titanium Alloy for aerospace, aviation, defense, industrial, and high-temperature engineering applications.

BT5 Titanium Alloy, also known as VT5 Titanium Alloy (ВТ5 титановый сплав), is widely recognized for its excellent strength-to-weight ratio, heat resistance, corrosion resistance, and structural reliability.

Our BT5 titanium materials are available in multiple forms including BT5 titanium round bar, titanium rod, titanium sheet, titanium plate, titanium billet, titanium wire, titanium forging, and titanium flat bar.

View Technical Data Supplied Forms

GradeBT5 / VT5 / ВТ5 Titanium Alloy

ClassificationHigh Strength / Heat Resistant / Aerospace

ApplicationsAerospace, Aviation, Turbine, Defense, Industrial

High strength titanium alloy developed for aerospace titanium alloy applications requiring exceptional mechanical performance, thermal stability, and corrosion resistance

Widely used in aircraft structures, aerospace titanium components, turbine systems, and critical industrial applications

Excellent strength-to-weight ratio, heat resistance, corrosion resistance, and structural reliability

Company Product by Russian Metals

Product Overview of BT5 Titanium Alloy

BT5 Titanium Alloy is a high strength titanium alloy developed for aerospace titanium alloy applications requiring exceptional mechanical performance, thermal stability, and corrosion resistance.

This aviation titanium alloy is widely used in aircraft structures, aerospace titanium components, turbine systems, and critical industrial applications.

Russian Metals supplies certified BT5 titanium products manufactured according to strict aerospace and industrial quality standards.

Material Snapshot

High strength titanium alloy
Excellent heat resistance
Superior corrosion resistance
Lightweight aerospace material
Excellent weldability

Material Definition

What is BT5 Titanium Alloy?

BT5 Titanium Alloy, also known as VT5 Titanium Alloy or титановый сплав ВТ5, is a heat resistant titanium alloy designed for high-performance aerospace and aviation applications. The alloy offers superior mechanical properties, oxidation resistance, weldability, and structural stability under elevated temperatures.

Due to its excellent strength and lightweight characteristics, BT5 is widely used in aviation titanium alloy structures and aerospace engineering systems.

Common Names:

BT5 Titanium Alloy
VT5 Titanium Alloy
ВТ5 титановый сплав
титановый сплав ВТ5
aerospace titanium alloy
aviation titanium alloy
heat resistant titanium alloy

Key Features

Key Features of BT5 Titanium Alloy

High Strength Performance

BT5 provides excellent tensile strength and fatigue resistance for structural aerospace applications.

Heat Resistant Titanium Properties

This heat resistant titanium alloy performs reliably in elevated temperature environments.

Excellent Corrosion Resistance

BT5 corrosion resistance ensures long operational life in harsh industrial and marine conditions.

Lightweight Aerospace Material

The alloy offers a superior strength-to-weight ratio for aerospace titanium components.

Excellent Welding Properties

BT5 welding properties support efficient manufacturing and fabrication processes.

Superior Structural Stability

BT5 titanium hardness and dimensional stability ensure long-term performance reliability.

Available Product Variants

BT5 Titanium Alloy Supply Range

Russian Metals supplies BT5 Titanium Alloy in multiple forms for aerospace, aviation, defense, industrial, and high-temperature engineering applications.

BT5 Titanium Round BarBT5 Titanium RodBT5 Titanium SheetBT5 Titanium PlateBT5 Titanium BilletBT5 Titanium WireBT5 Titanium ForgingBT5 Titanium Flat BarVT5 Titanium BarВТ5 титановый пруток

Product Variants

Variants of BT5 Titanium Alloy

Russian Metals supplies BT5 titanium products in various forms

Key Benefits

Benefits of BT5 Titanium Alloy

Engineered for aerospace and high-temperature applications where heat resistance, structural stability, and corrosion resistance are critical.

1
Long service life with outstanding corrosion resistance and oxidation protection ensuring durability
2
Lightweight structural efficiency ideal for aerospace systems requiring reduced structural weight
3
High temperature reliability maintaining mechanical integrity under elevated temperatures
4
Excellent fabrication characteristics supporting welding, machining, and advanced aerospace manufacturing
5
Superior fatigue resistance providing reliable performance under repeated cyclic loading conditions
6
Superior structural stability ensuring long-term performance reliability with excellent dimensional stability

Industry Applications

Applications of BT5 Titanium Alloy

BT5 Titanium Alloy is widely used in aerospace, aviation, defense, marine, and industrial engineering.

1
Aerospace titanium components
2
Aviation structural systems
3
Aircraft engine components
4
Turbine assemblies
5
High-temperature industrial systems
6
Defense engineering applications
7
Marine engineering equipment
8
Chemical processing systems

Technical Overview

Technical Specifications of BT5 Titanium Alloy

Complete technical reference for engineers, buyers, and quality assurance teams.

Technical Data

Product Specifications of BT5 Titanium Alloy

Material grade, classification, available forms, mechanical properties, heat treatment, and supply information.

Specification	Details
Product Name	BT5 Titanium Alloy (ВТ5 титановый сплав, VT5 Titanium Alloy, Aerospace titanium alloy)
Brand	Russian Metals
Material Type	Titanium Alloy / Aerospace Titanium Alloy
Grade	BT5, VT5, ВТ5, Russian aerospace titanium alloy
Material Classification	High strength titanium alloy / Heat resistant titanium alloy / Aerospace titanium alloy / Aviation titanium alloy / Corrosion resistant titanium alloy
Available Forms	Titanium round bar, rod, sheet, plate, billet, wire, forging, flat bar, aerospace titanium components
Common Usage	Aerospace titanium components, aviation structural systems, aircraft engine components, turbine assemblies, high-temperature industrial systems, defense engineering, marine engineering equipment, chemical processing systems
Surface Finish	Bright, mill finish, as required
Shape Options	Round, flat, forged components, stampings, machined parts
Size Options	Custom sizes available as per requirement
Heat Treatment Condition	Annealing / Hardening and aging for optimized structural strength and aerospace performance
Standard	GOST 1-19807-91 / GOST 26492-85 / Russian aerospace titanium standards
Supply Type	Supplier, manufacturer, exporter and stockist
Price	BT5 titanium alloy price available on request
Customization	Available as per drawings, dimensions and application needs

Material Data

Chemical Composition, Mechanical & Physical Properties of BT5 Titanium Alloy (ВТ5)

Certified composition and performance metrics for BT5 aerospace titanium alloy according to GOST 1-19807-91 and GOST 26492-85.

Technical Data

Characteristics of BT5 Titanium Alloy

Property	Value
Grade	BT5 Titanium Alloy (ВТ5 титановый сплав / VT5 Titanium Alloy)
Classification	High strength titanium alloy / Heat resistant titanium alloy / Aerospace titanium alloy / Aviation titanium alloy / Corrosion resistant titanium alloy
Designation	Heat resistant titanium alloy for high-performance aerospace and aviation applications requiring superior mechanical properties and structural stability

Technical Data

Chemical Composition in % of BT5 Material

GOST 1-19807-91

Fe	C	Si	Mo	V	N	Al	Zr	O	H	Impurities
up to 0.3	up to 0.1	up to 0.12	up to 0.8	up to 1.2	up to 0.05	4.5 - 6.2	up to 0.3	up to 0.2	up to 0.015	other 0.3

Fe up to 0.3%, C up to 0.1%, Si up to 0.12%, Mo up to 0.8%, V up to 1.2%, N up to 0.05%, Al 4.5-6.2%, Zr up to 0.3%, O up to 0.2%, H up to 0.015%, other impurities 0.3%. Ti is the basis (90.63 - 95.2% approximate).

Technical Data

Technological Properties of the VT5 Material

Property	Value
Weldability	without restrictions

Weldability: without restrictions. BT5 offers excellent welding properties supporting efficient manufacturing and fabrication processes.

Technical Data

Mechanical Properties at T=20°C of BT5 Material

Rod and Stamping forms — GOST 26492-85

Assortment	Size (mm)	Example	σin (MPa)	σT (MPa)	δ5 (%)	ψ (%)	KCU (kJ/m²)	Thermal Processing
Rod, GOST 26492-85	-	-	930	-	6-8	15-20	250-300	Annealing
Rod, high quality, GOST 26492-85	-	-	930-1230	-	8-10	20-30	300	Annealing
Rod, high quality, GOST 26492-85	-	-	1180	-	6	16-20	180-200	Hardening and aging
Stamping	-	-	1040-1118	-	14-20	45-60	300-400	Annealing
Stamping	-	-	1150-1220	-	10-12	32-48	-	Hardening and aging

Rod (Annealing): σin = 930 MPa, δ5 = 6-8%, ψ = 15-20%, KCU = 250-300 kJ/m². Rod high quality (Annealing): σin = 930-1230 MPa, δ5 = 8-10%, ψ = 20-30%, KCU = 300 kJ/m². Rod high quality (Hardening and aging): σin = 1180 MPa, δ5 = 6%, ψ = 16-20%, KCU = 180-200 kJ/m². Stamping (Annealing): σin = 1040-1118 MPa, δ5 = 14-20%, ψ = 45-60%, KCU = 300-400 kJ/m². Stamping (Hardening and aging): σin = 1150-1220 MPa, δ5 = 10-12%, ψ = 32-48%.

Technical Data

Hardness of BT5 (VT3-1 Reference)

Condition	Hardness Value
Hardness VT3-1 after annealing, Stamping	HB 10⁻¹ = 269 - 363 MPa
Hardness VT3-1 after hardening and aging, Stamping	HB 10⁻¹ = 302 - 415 MPa

Hardness after annealing, Stamping: HB 10⁻¹ = 269 - 363 MPa. Hardness after hardening and aging, Stamping: HB 10⁻¹ = 302 - 415 MPa.

Technical Data

Physical Properties of the Material VT5

Temperature-dependent physical properties

T (°C)	E 10⁻⁵ (MPa)	α 10⁶ (1/Grade)	λ (W/(m·deg))	ρ (kg/m³)	C (J/(kg·deg))	R 10⁹ (Ohm·m)
20	1.05	-	-	4400	-	1080
100	-	8.3	-	-	-	-
200	-	8.9	10.47	-	0.586	1150
300	-	9.5	11.3	-	0.628	1180
400	-	10.4	12.56	-	0.67	-
500	-	10.6	14.24	-	0.712	1200
600	-	10.8	15.49	-	0.754	1230

At 20°C: E = 1.05 × 10⁵ MPa, ρ = 4400 kg/m³, R = 1080 × 10⁹ Ohm·m. α values: 8.3 at 100°C, 8.9 at 200°C, 9.5 at 300°C, 10.4 at 400°C, 10.6 at 500°C, 10.8 at 600°C. λ values: 10.47 at 200°C, 11.3 at 300°C, 12.56 at 400°C, 14.24 at 500°C, 15.49 at 600°C.

Technical Data

Mechanical Properties Legend

Notation and units for mechanical property values

Symbol	Description
σin	Tensile strength [MPa]
σT	Yield stress [MPa]
δ5	Specific elongation at fracture [%]
ψ	Reduction of area [%]
KCU	Impact strength [kJ/m²]
HB	Brinell hardness [MPa]

σin = Tensile strength [MPa], σT = Yield stress [MPa], δ5 = Specific elongation at fracture [%], ψ = Reduction of area [%], KCU = Impact strength [kJ/m²], HB = Brinell hardness [MPa]

Technical Data

Physical Properties Legend

Notation and units for physical property values

Symbol	Description
T	Test temperature [Grade]
E	Young modulus [MPa]
α	Coefficient of linear expansion (20° - T) [1/Grade]
λ	Thermal (heat) condition coefficient [Watt/(m·Grade)]
ρ	Density [kg/m³]
C	Specific heat (range 20° - T) [J/(kg·Grade)]
R	Electrical resistance [Ohm·m]

T = Test temperature [Grade], E = Young modulus [MPa], α = Coefficient of linear expansion (20° - T) [1/Grade], λ = Thermal (heat) condition coefficient [Watt/(m·Grade)], ρ = Density [kg/m³], C = Specific heat (range 20° - T) [J/(kg·Grade)], R = Electrical resistance [Ohm·m]

Technical Data

Heat Treatment Guidelines for BT5 Titanium Alloy

Process	Description
Annealing	As per GOST 26492-85 — improves ductility and machinability. Rod σin = 930-1230 MPa
Hardening and Aging	High strength condition — Rod σin = 1180 MPa, Stamping σin = 1150-1220 MPa
BT5 Heat Treatment	Optimized to improve structural strength and aerospace performance
Aerospace Thermal Processing	Controlled heat treatment for optimal mechanical properties and dimensional stability

BT5 heat treatment processes are optimized to improve structural strength and aerospace performance. Annealing improves ductility (δ5 up to 20% in stampings). Hardening and aging provides maximum strength up to 1220 MPa.

Technical Data

Available Delivery Forms

Product Type	Description
Titanium Round Bars	Standard and custom dimensions as per GOST 26492-85
Titanium Rods	Various diameters available
Titanium Sheets and Plates	Standard and custom thicknesses
Titanium Forgings	Custom forged components for aerospace applications
Titanium Stampings	Aerospace grade stamped components
Titanium Wire	Various gauges available
Titanium Flat Bars	Standard and custom sizes
Aerospace Components	Precision machined titanium parts

Equivalent Grades

BT5 Equivalent & International Comparison

BT5 equivalent titanium alloy grades may vary depending on engineering standards and aerospace application requirements.

1
BT5 equivalent — VT5 equivalent titanium alloy grades for aerospace structural applications
2
Russian titanium alloy equivalent with similar heat resistant titanium alloy properties
3
Heat resistant titanium alloy equivalent for high-temperature aerospace systems
4
High strength titanium alloy equivalent matching BT5 mechanical performance characteristics
5
Russian Metals assists customers in selecting suitable equivalent aerospace titanium alloy grades based on operational requirements

Why Russian Metals

Why Choose Russian Metals for BT5 Titanium Alloy?

Premium quality aerospace titanium alloy materials with global supply capability from India.

1
Trusted Russian titanium alloy supplier supplying aerospace-grade titanium alloys worldwide
2
Certified quality materials with strict quality control for aerospace and industrial applications
3
Wide product availability in bars, rods, sheets, plates, billets, forgings, and wires
4
Aerospace industry expertise with extensive knowledge in aerospace titanium alloy applications
5
Competitive pricing and reliable supply with efficient supply chain and competitive BT5 pricing solutions
6
Expert engineering team with deep knowledge of Russian titanium alloy grades and GOST specifications
7
Fast global delivery from India to international aerospace and industrial customers

Quality Assurance

Control & Diagnostics of BT5 Titanium Alloy

Russian Metals ensures strict quality control procedures for all BT5 titanium materials.

1
Chemical composition analysis
2
Mechanical property testing
3
Ultrasonic inspection
4
Heat treatment verification
5
Surface quality inspection
6
Dimensional accuracy checks
7
Aerospace-grade quality assurance

All BT5 titanium materials are supplied with complete traceability and certification. Russian Metals provides complete BT5 titanium datasheet documentation and material certification upon request.

Russian Keywords: купить ВТ5, ВТ5 цена, поставщик ВТ5, ВТ5 характеристики, ВТ5 свойства, ВТ5 химический состав, ВТ5 механические свойства.

Order Now

Order BT5 Titanium Alloy from Russian Metals

Russian Metals supplies premium-quality BT5 Titanium Alloy for aerospace, aviation, industrial, defense, and engineering applications worldwide. Available forms include BT5 titanium round bar, titanium rod, titanium sheet, titanium plate, titanium billet, titanium wire, titanium forging, and titanium flat bar.

Contact Russian Metals today for technical specifications, material availability, aerospace certifications, custom dimensions, bulk supply inquiries, and export support services.

BT5 Titanium Round BarBT5 Titanium RodBT5 Titanium SheetBT5 Titanium PlateBT5 Titanium BilletBT5 Titanium ForgingBT5 Titanium WireBT5 Titanium Flat Bar

* BT5 Titanium Alloy (ВТ5 титановый сплав / VT5) — High strength heat resistant aerospace titanium alloy: chemical composition, mechanical properties, physical properties, heat treatment guidelines, and applications for aerospace titanium components, aviation structural systems, aircraft engine components, turbine assemblies, high-temperature industrial systems, defense engineering, marine engineering equipment, and chemical processing systems.
Contact Russian Metals today to order premium BT5 titanium round bars, rods, sheets, plates, billets, forgings, wires, flat bars, and aerospace titanium alloy products for your engineering requirements. купить ВТ5, ВТ5 цена, поставщик ВТ5.

Russian Metals • Supplier • Manufacturer • Exporter • Stockist

BT5 Titanium Alloy | ВТ5 титановый сплавPremium Aerospace Titanium Alloy by Russian Metals

Russian Metals is a leading Russian titanium alloy supplier offering premium-quality BT5 Titanium Alloy for aerospace, aviation, defense, industrial, and high-temperature engineering applications.

View Technical Data Supplied Forms

GradeBT5 / VT5 / ВТ5 Titanium Alloy

ClassificationHigh Strength / Heat Resistant / Aerospace

ApplicationsAerospace, Aviation, Turbine, Defense, Industrial

High strength titanium alloy developed for aerospace titanium alloy applications requiring exceptional mechanical performance, thermal stability, and corrosion resistance

Widely used in aircraft structures, aerospace titanium components, turbine systems, and critical industrial applications

Excellent strength-to-weight ratio, heat resistance, corrosion resistance, and structural reliability

Company Product by Russian Metals

Product Overview of BT5 Titanium Alloy

BT5 Titanium Alloy is a high strength titanium alloy developed for aerospace titanium alloy applications requiring exceptional mechanical performance, thermal stability, and corrosion resistance.

This aviation titanium alloy is widely used in aircraft structures, aerospace titanium components, turbine systems, and critical industrial applications.

Russian Metals supplies certified BT5 titanium products manufactured according to strict aerospace and industrial quality standards.

Material Snapshot

High strength titanium alloy
Excellent heat resistance
Superior corrosion resistance
Lightweight aerospace material
Excellent weldability

Material Definition

What is BT5 Titanium Alloy?

Due to its excellent strength and lightweight characteristics, BT5 is widely used in aviation titanium alloy structures and aerospace engineering systems.

Common Names:

BT5 Titanium Alloy
VT5 Titanium Alloy
ВТ5 титановый сплав
титановый сплав ВТ5
aerospace titanium alloy
aviation titanium alloy
heat resistant titanium alloy

Key Features

Key Features of BT5 Titanium Alloy

High Strength Performance

BT5 provides excellent tensile strength and fatigue resistance for structural aerospace applications.

Heat Resistant Titanium Properties

This heat resistant titanium alloy performs reliably in elevated temperature environments.

Excellent Corrosion Resistance

BT5 corrosion resistance ensures long operational life in harsh industrial and marine conditions.

Lightweight Aerospace Material

The alloy offers a superior strength-to-weight ratio for aerospace titanium components.

Excellent Welding Properties

BT5 welding properties support efficient manufacturing and fabrication processes.

Superior Structural Stability

BT5 titanium hardness and dimensional stability ensure long-term performance reliability.

Available Product Variants

BT5 Titanium Alloy Supply Range

Russian Metals supplies BT5 Titanium Alloy in multiple forms for aerospace, aviation, defense, industrial, and high-temperature engineering applications.

Product Variants

Variants of BT5 Titanium Alloy

Russian Metals supplies BT5 titanium products in various forms

Key Benefits

Benefits of BT5 Titanium Alloy

Engineered for aerospace and high-temperature applications where heat resistance, structural stability, and corrosion resistance are critical.

1
Long service life with outstanding corrosion resistance and oxidation protection ensuring durability
2
Lightweight structural efficiency ideal for aerospace systems requiring reduced structural weight
3
High temperature reliability maintaining mechanical integrity under elevated temperatures
4
Excellent fabrication characteristics supporting welding, machining, and advanced aerospace manufacturing
5
Superior fatigue resistance providing reliable performance under repeated cyclic loading conditions
6
Superior structural stability ensuring long-term performance reliability with excellent dimensional stability

Industry Applications

Applications of BT5 Titanium Alloy

BT5 Titanium Alloy is widely used in aerospace, aviation, defense, marine, and industrial engineering.

1
Aerospace titanium components
2
Aviation structural systems
3
Aircraft engine components
4
Turbine assemblies
5
High-temperature industrial systems
6
Defense engineering applications
7
Marine engineering equipment
8
Chemical processing systems

Technical Overview

Technical Specifications of BT5 Titanium Alloy

Complete technical reference for engineers, buyers, and quality assurance teams.

Technical Data

Product Specifications of BT5 Titanium Alloy

Material grade, classification, available forms, mechanical properties, heat treatment, and supply information.

Specification	Details
Product Name	BT5 Titanium Alloy (ВТ5 титановый сплав, VT5 Titanium Alloy, Aerospace titanium alloy)
Brand	Russian Metals
Material Type	Titanium Alloy / Aerospace Titanium Alloy
Grade	BT5, VT5, ВТ5, Russian aerospace titanium alloy
Material Classification	High strength titanium alloy / Heat resistant titanium alloy / Aerospace titanium alloy / Aviation titanium alloy / Corrosion resistant titanium alloy
Available Forms	Titanium round bar, rod, sheet, plate, billet, wire, forging, flat bar, aerospace titanium components
Common Usage	Aerospace titanium components, aviation structural systems, aircraft engine components, turbine assemblies, high-temperature industrial systems, defense engineering, marine engineering equipment, chemical processing systems
Surface Finish	Bright, mill finish, as required
Shape Options	Round, flat, forged components, stampings, machined parts
Size Options	Custom sizes available as per requirement
Heat Treatment Condition	Annealing / Hardening and aging for optimized structural strength and aerospace performance
Standard	GOST 1-19807-91 / GOST 26492-85 / Russian aerospace titanium standards
Supply Type	Supplier, manufacturer, exporter and stockist
Price	BT5 titanium alloy price available on request
Customization	Available as per drawings, dimensions and application needs

Material Data

Chemical Composition, Mechanical & Physical Properties of BT5 Titanium Alloy (ВТ5)

Certified composition and performance metrics for BT5 aerospace titanium alloy according to GOST 1-19807-91 and GOST 26492-85.

Technical Data

Characteristics of BT5 Titanium Alloy

Property	Value
Grade	BT5 Titanium Alloy (ВТ5 титановый сплав / VT5 Titanium Alloy)
Classification	High strength titanium alloy / Heat resistant titanium alloy / Aerospace titanium alloy / Aviation titanium alloy / Corrosion resistant titanium alloy
Designation	Heat resistant titanium alloy for high-performance aerospace and aviation applications requiring superior mechanical properties and structural stability

Technical Data

Chemical Composition in % of BT5 Material

GOST 1-19807-91

Fe	C	Si	Mo	V	N	Al	Zr	O	H	Impurities
up to 0.3	up to 0.1	up to 0.12	up to 0.8	up to 1.2	up to 0.05	4.5 - 6.2	up to 0.3	up to 0.2	up to 0.015	other 0.3

Technical Data

Technological Properties of the VT5 Material

Property	Value
Weldability	without restrictions

Weldability: without restrictions. BT5 offers excellent welding properties supporting efficient manufacturing and fabrication processes.

Technical Data

Mechanical Properties at T=20°C of BT5 Material

Rod and Stamping forms — GOST 26492-85

Assortment	Size (mm)	Example	σin (MPa)	σT (MPa)	δ5 (%)	ψ (%)	KCU (kJ/m²)	Thermal Processing
Rod, GOST 26492-85	-	-	930	-	6-8	15-20	250-300	Annealing
Rod, high quality, GOST 26492-85	-	-	930-1230	-	8-10	20-30	300	Annealing
Rod, high quality, GOST 26492-85	-	-	1180	-	6	16-20	180-200	Hardening and aging
Stamping	-	-	1040-1118	-	14-20	45-60	300-400	Annealing
Stamping	-	-	1150-1220	-	10-12	32-48	-	Hardening and aging

Technical Data

Hardness of BT5 (VT3-1 Reference)

Condition	Hardness Value
Hardness VT3-1 after annealing, Stamping	HB 10⁻¹ = 269 - 363 MPa
Hardness VT3-1 after hardening and aging, Stamping	HB 10⁻¹ = 302 - 415 MPa

Hardness after annealing, Stamping: HB 10⁻¹ = 269 - 363 MPa. Hardness after hardening and aging, Stamping: HB 10⁻¹ = 302 - 415 MPa.

Technical Data

Physical Properties of the Material VT5

Temperature-dependent physical properties

T (°C)	E 10⁻⁵ (MPa)	α 10⁶ (1/Grade)	λ (W/(m·deg))	ρ (kg/m³)	C (J/(kg·deg))	R 10⁹ (Ohm·m)
20	1.05	-	-	4400	-	1080
100	-	8.3	-	-	-	-
200	-	8.9	10.47	-	0.586	1150
300	-	9.5	11.3	-	0.628	1180
400	-	10.4	12.56	-	0.67	-
500	-	10.6	14.24	-	0.712	1200
600	-	10.8	15.49	-	0.754	1230

Technical Data

Mechanical Properties Legend

Notation and units for mechanical property values

Symbol	Description
σin	Tensile strength [MPa]
σT	Yield stress [MPa]
δ5	Specific elongation at fracture [%]
ψ	Reduction of area [%]
KCU	Impact strength [kJ/m²]
HB	Brinell hardness [MPa]

σin = Tensile strength [MPa], σT = Yield stress [MPa], δ5 = Specific elongation at fracture [%], ψ = Reduction of area [%], KCU = Impact strength [kJ/m²], HB = Brinell hardness [MPa]

Technical Data

Physical Properties Legend

Notation and units for physical property values

Symbol	Description
T	Test temperature [Grade]
E	Young modulus [MPa]
α	Coefficient of linear expansion (20° - T) [1/Grade]
λ	Thermal (heat) condition coefficient [Watt/(m·Grade)]
ρ	Density [kg/m³]
C	Specific heat (range 20° - T) [J/(kg·Grade)]
R	Electrical resistance [Ohm·m]

Technical Data

Heat Treatment Guidelines for BT5 Titanium Alloy

Process	Description
Annealing	As per GOST 26492-85 — improves ductility and machinability. Rod σin = 930-1230 MPa
Hardening and Aging	High strength condition — Rod σin = 1180 MPa, Stamping σin = 1150-1220 MPa
BT5 Heat Treatment	Optimized to improve structural strength and aerospace performance
Aerospace Thermal Processing	Controlled heat treatment for optimal mechanical properties and dimensional stability

Technical Data

Available Delivery Forms

Product Type	Description
Titanium Round Bars	Standard and custom dimensions as per GOST 26492-85
Titanium Rods	Various diameters available
Titanium Sheets and Plates	Standard and custom thicknesses
Titanium Forgings	Custom forged components for aerospace applications
Titanium Stampings	Aerospace grade stamped components
Titanium Wire	Various gauges available
Titanium Flat Bars	Standard and custom sizes
Aerospace Components	Precision machined titanium parts

Equivalent Grades

BT5 Equivalent & International Comparison

BT5 equivalent titanium alloy grades may vary depending on engineering standards and aerospace application requirements.

1
BT5 equivalent — VT5 equivalent titanium alloy grades for aerospace structural applications
2
Russian titanium alloy equivalent with similar heat resistant titanium alloy properties
3
Heat resistant titanium alloy equivalent for high-temperature aerospace systems
4
High strength titanium alloy equivalent matching BT5 mechanical performance characteristics
5
Russian Metals assists customers in selecting suitable equivalent aerospace titanium alloy grades based on operational requirements

Why Russian Metals

Why Choose Russian Metals for BT5 Titanium Alloy?

Premium quality aerospace titanium alloy materials with global supply capability from India.

1
Trusted Russian titanium alloy supplier supplying aerospace-grade titanium alloys worldwide
2
Certified quality materials with strict quality control for aerospace and industrial applications
3
Wide product availability in bars, rods, sheets, plates, billets, forgings, and wires
4
Aerospace industry expertise with extensive knowledge in aerospace titanium alloy applications
5
Competitive pricing and reliable supply with efficient supply chain and competitive BT5 pricing solutions
6
Expert engineering team with deep knowledge of Russian titanium alloy grades and GOST specifications
7
Fast global delivery from India to international aerospace and industrial customers

Quality Assurance

Control & Diagnostics of BT5 Titanium Alloy

Russian Metals ensures strict quality control procedures for all BT5 titanium materials.

1
Chemical composition analysis
2
Mechanical property testing
3
Ultrasonic inspection
4
Heat treatment verification
5
Surface quality inspection
6
Dimensional accuracy checks
7
Aerospace-grade quality assurance

All BT5 titanium materials are supplied with complete traceability and certification. Russian Metals provides complete BT5 titanium datasheet documentation and material certification upon request.

Order Now

Order BT5 Titanium Alloy from Russian Metals

Contact Russian Metals today for technical specifications, material availability, aerospace certifications, custom dimensions, bulk supply inquiries, and export support services.

BT5 Titanium Round BarBT5 Titanium RodBT5 Titanium SheetBT5 Titanium PlateBT5 Titanium BilletBT5 Titanium ForgingBT5 Titanium WireBT5 Titanium Flat Bar