In demanding plants and fabricated assemblies, failure rarely begins as a dramatic event. It often starts with a conventional alloy losing strength under load, corroding in aggressive media, or adding avoidable weight to a rotating or structural component. Titanium Grade 5 Round Bar is selected when designers and buyers need a better balance of strength, weight, corrosion resistance, and service reliability than many stainless steels or lower-strength titanium grades can deliver.

For procurement teams comparing materials before purchase, Titanium Grade 5 offers a proven industrial route: high specific strength, dependable machinability for engineered parts, and broad acceptance under global standards including UNS R56400, ASTM B348, DIN TiAl6V4, and EN 3.7165.

Material Identity and Standards

Titanium Grade 5 is the widely used alpha-beta titanium alloy commonly known as Ti-6Al-4V. In international specifications, it is designated as UNS R56400, commonly supplied as round bar to ASTM B348 Grade 5, and cross-referenced to DIN TiAl6V4 and EN/W. Nr. 3.7165. It is recognized across aerospace, offshore, power, and industrial engineering because it combines low density with high mechanical performance and useful corrosion resistance in many service environments.

Designation System	Titanium Grade 5 Round Bar Equivalent
Common alloy name	Ti-6Al-4V
UNS	UNS R56400
ASTM	ASTM B348 Grade 5
DIN	TiAl6V4
EN / W. Nr.	EN 3.7165
British standard reference	BS TA11

Titanium Grade 5 plates hand-marked Ti Gr 5 with their 1565 x 2800 cut size

High-quality Titanium Grade 5 Round Bar ready for industrial use.

Standard Specifications for Titanium Grade 5 Round Bars

Applicable Specifications	ASTM B348, UNS R56400, AMS 4928 (for specific forms)
Equivalent Grades/Designations	DIN 3.7165
Standard Diameter Range	Typically from 3 mm to 200 mm (or up to 800 mm for some applications)
Standard Length Options	1 to 6 meters (or custom cut lengths available)
Available Forms & Shapes	Round, Square, Hex (A/F), Rectangle, Wire (Coil Form), Billet, Forging
Surface Finish Options	Bright, Polished, Black, Centreless Ground, Hot Rolled, Cold Drawn
Delivery Condition	Annealed, Pickled, Bright Annealed, Cold Drawn & Polished, Hot Worked
Value-Added Services	Precision Cutting, Chamfering, Forging, Custom Machining, Non-destructive Testing (NDT)
Packaging	Wooden Boxes, Plastic Bags, Steel Crates, Bundled with Steel Strips (as per requirement)
Special Orders	Custom sizes, lengths, and specifications are readily available upon request.
Price	INR 1,700 – 6,000 per kg. Indicative USD 20 – 71 per kg; quoted against grade, form, size and quantity.

Titanium Grade 5 Equivalent Grades & International Designations

Equivalent designations and physical constants for Titanium Grade 5
Property	Value
UNS number	R56400
Werkstoff / EN number	3.7164 / 3.7165
Density	4.43 g/cm³
Melting range	1650 °C
Modulus of elasticity	16 × 10⁶ psi
Beta transus	1800 °F (± 25 °F)
Thermal conductivity	4 Btu/ft·h·°F
Coefficient of expansion (32-600 °F)	5.3 µin/in·°F
Rod and bar specification	ASTM B348

Identifiers and physical constants for Titanium Grade 5. A dash means no such designation is published for this grade.

Our Premium Titanium Grade 5 Bar Product Range

Titanium Grade 5 Round Bars

Explore our durable Titanium Grade 5 Hot Rolled Round Bars, engineered to meet UNS R56400 standards. These bars offer excellent ductility and corrosion resistance, making them ideal for a wide range of industrial applications requiring robust material properties. We are a trusted supplier of Titanium Grade 5 HR Round Bars to Australia, South America, and globally.

Titanium Grade 5 General Purpose Round Bars

As a leading Titanium Grade 5 Round Bar manufacturer in India, we supply versatile UNS R56400 Round Bars suitable for diverse uses. Our bars, including the 3.7165 Round Bar, are renowned for their strength and formability. Find our reliable Titanium Grade 5 Round Bars in New Zealand, Russia, and major markets across South East Asia.

Titanium Grade 5 Forged Bars

Opt for our high-strength Titanium Grade 5 Forged Bars, including UNS R56400 Forged Round Bar, designed for applications demanding superior mechanical properties and structural integrity. These forged bars provide enhanced grain structure and are extensively supplied to robust industries in Australia, South America, and the Gulf region.

Titanium Grade 5 Cold Drawn Round Bars

Discover our precision-engineered Titanium Grade 5 Cold Drawn Round Bars. These bars offer superior surface finish and tighter tolerances, making them perfect for intricate components and applications requiring excellent dimensional accuracy. We are a key supplier of these UNS R56400 Cold Drawn Round Bars across South East Asia and other global markets.

Chemical Composition

The performance of Titanium Grade 5 Round Bar comes from its controlled aluminum and vanadium additions. Aluminum stabilizes the alpha phase and supports strength, while vanadium stabilizes the beta phase and improves the alloy’s heat treatment response and overall structural balance.

Chemical composition limits for Titanium Grade 5
Element	Min (%)	Max (%)
Carbon (C)	—	0.08
Oxygen (O)	—	0.20
Nitrogen (N)	—	0.05
Hydrogen (H)	—	0.015 (product analysis - ingot analysis for all other elements)
Iron (Fe)	—	0.40
Aluminium (Al)	5.5	6.75
Vanadium (V)	3.5	4.5
Other elements (each)	—	0.1
Other elements (total)	—	0.4
Titanium (Ti)	—	Balance (determined by difference)

Composition limits for Titanium Grade 5. These are specification limits for the grade, not measured values for a lot; the mill test certificate supplied with your order states the actual analysis.

Mechanical and Physical Properties

Titanium Grade 5 is often chosen because it delivers a high strength-to-weight ratio that standard austenitic stainless steels cannot match. Its low density allows designers to reduce section weight while maintaining strong load-bearing capability, making it especially valuable in rotating equipment, offshore hardware, and high-performance fabricated assemblies.

Typical mechanical properties

Ultimate tensile strength	895 MPa minimum
Yield strength (0.2% proof)	828 MPa minimum
Elongation	10% minimum
Reduction of area	25% minimum
Hardness	Approx. 36 HRC typical
Elastic modulus	Approx. 114 GPa

Key physical characteristics

Service capability	Used up to around 400°C in appropriate conditions
Alloy family	Alpha-beta titanium alloy
Heat treatability	Fully heat treatable
Corrosion profile	Very good in many marine and offshore environments

Why Industries Choose Titanium Grade 5

Chemical processing

Chemical processors use Titanium Grade 5 round bar for components where weight reduction, strength, and good resistance in selected corrosive media are important. It is especially useful when a plant needs stronger engineered bar stock than commercially pure titanium, while still retaining good corrosion performance in many oxidizing environments.

Oil and gas

In offshore and subsea service, Grade 5 is valued for its excellent strength-to-weight ratio and resistance in many marine and offshore environments. This helps reduce load in critical assemblies while supporting long service life in demanding conditions where conventional steels may create handling, corrosion, or maintenance penalties.

Marine

Marine equipment benefits from Titanium Grade 5 because salt-bearing environments quickly expose weaknesses in many common alloys. Grade 5 provides a combination of mechanical strength and corrosion resistance that makes it suitable for shafts, fasteners, connectors, and fabricated hardware where reliability matters.

Pharma and clean-process equipment

Pharmaceutical and high-purity systems often require materials that support clean fabrication, dimensional stability, and dependable service. Grade 5 is considered where mechanical performance must exceed lower-strength grades, especially for custom machined parts, support structures, and precision OEM hardware.

Power generation and OEM manufacturing

Power generation and OEM manufacturers use Titanium Grade 5 for highly stressed components because it offers strong mechanical properties with lower mass than many competitive alloys. That balance is useful in equipment where rotating performance, thermal exposure, structural efficiency, or installation weight directly affect lifecycle cost.

Fabricators, buyers and industrial supply stores

Fabricators prefer bar stock that machines predictably and arrives with clear test records, while procurement heads want material that satisfies both engineering and compliance teams. Titanium Grade 5 round bar meets that need when sourced with full traceability, export packing, and inspection support. For machined components with geometric requirements, Titanium Grade 5 hex bar may also be specified where flats are functionally preferred.

Comparison with Common Grades

Buyers often compare Titanium Grade 5 with Grade 2 titanium and stainless steels such as 316/316L. The decision usually comes down to whether the application prioritizes maximum corrosion resistance, lower raw material cost, or a stronger strength-to-weight balance.

Material	Main advantage	Typical limitation	Best fit
Titanium Grade 5	High strength with low density	Higher cost and more demanding machining	Critical engineered parts and high-performance assemblies
Titanium Grade 2	Excellent corrosion resistance and formability	Lower strength than Grade 5	Corrosive service where extreme strength is not required
Stainless Steel 316/316L	Lower upfront cost and easy availability	Much heavier, lower specific strength	General-purpose fabrication with moderate service demands
Duplex Stainless Steel	Good strength and chloride resistance	Heavier than titanium and not equal in strength-to-weight ratio	Structural corrosive service where weight is less critical

Quality, Testing and Export Readiness

Industrial buyers increasingly look beyond chemistry and price. They want supply partners who can support documented quality, dimensional reliability, and shipment readiness for domestic and export projects. That is especially important for OEMs, EPC contractors, stockists, and fabrication units working under strict project timelines.

Mill test certificates aligned to ASTM B348 and heat traceability
Positive material identification, visual inspection, and dimensional verification
Support for third-party inspection and project compliance requirements
Export packing, marking, and logistics preparedness for international supply chains
Application support for machining, fabrication, and conversion into finished components

Industry demand trends also support continued interest in Grade 5. It remains the most widely used high-strength titanium alloy in industrial and engineered applications, and the broader titanium alloy market continues to expand as sectors prioritize lighter, stronger, and longer-lasting materials.

FAQs

What is Titanium Grade 5 Round Bar?

Titanium Grade 5 Round Bar is a titanium alloy bar made from Ti-6Al-4V, identified as UNS R56400 and commonly supplied to ASTM B348. It is known for combining high strength, low density, and reliable corrosion resistance, making it one of the most specified titanium bar products for industrial, offshore, OEM, and precision engineering use.

What standards apply to Grade 5 titanium round bar?

The most common specification for round bar is ASTM B348 Grade 5. International buyers also recognize the alloy under UNS R56400, DIN TiAl6V4, and EN 3.7165. Using these standard references helps engineering, procurement, and quality teams align drawings, inspection documents, and cross-border sourcing requirements more efficiently.

Why choose Grade 5 instead of commercially pure titanium?

Grade 5 is usually selected when the application needs much higher strength than commercially pure titanium grades can provide. While CP titanium may offer excellent corrosion resistance and formability, Grade 5 gives a stronger performance profile for load-bearing shafts, machined components, structural hardware, and engineered assemblies where weight reduction also matters.

Is Titanium Grade 5 suitable for marine and offshore service?

Yes, Titanium Grade 5 is frequently used in marine and offshore equipment because it combines strong mechanical properties with excellent resistance in many marine and offshore environments. It is often considered for high-performance parts where corrosion, weight, and long-term reliability all influence the final material selection.

What should buyers check before ordering Titanium Grade 5 Round Bar?

Buyers should confirm standard, size range, tolerance, quantity, end use, certification, and inspection expectations before placing an order. It is also important to ask for mill test certificates, traceability, bar condition, cut length requirements, export packing readiness, and whether machining or project-specific testing support is needed for the application.

Global Export Destinations for Titanium Grade 5 Round Bars

As a prominent manufacturer and supplier based in Mumbai, Maharashtra, India, we pride ourselves on our extensive global reach. We regularly export high-quality Titanium Grade 5 Round Bars to a vast network of clients worldwide, meeting diverse industrial demands. Our commitment to timely delivery and adherence to international standards ensures that businesses globally receive premium UNS R56400 Titanium bars. Below is a list of key countries and regions where we actively supply our ASTM B348 Titanium Grade 5 Round Bars:

We ship worldwide from Mumbai. See every destination we export to on our export markets page.

Domestic Supply Network for Titanium Grade 5 Round Bars Across India

As a premier Titanium Grade 5 Round Bar manufacturer and supplier in Mumbai, Maharashtra, India, we boast a robust and extensive domestic distribution network. Our commitment is to ensure the prompt and reliable delivery of high-quality ASTM B348 Titanium Grade 5 Round Bars to major industrial hubs and cities across India. Whether your project is in a metropolitan center or an emerging industrial zone, you can rely on us for consistent supply. Below are some of the key cities where we actively supply our UNS R56400 Titanium Grade 5 Round Bars:

We deliver across India from our Mumbai stockyard. See every city we supply on our supply locations page.

Conclusion

Titanium Grade 5 Round Bar remains a preferred engineering alloy for buyers who need a material that stands between lightweight design and high mechanical performance. With recognized standards such as UNS R56400, ASTM B348, DIN TiAl6V4, and EN 3.7165, it gives procurement teams and fabricators a dependable specification base for critical industrial applications. When service conditions demand stronger, lighter, and more durable bar stock for long-term value, isn’t Titanium Grade 5 the grade worth serious consideration?

Titanium Grade 5 Round Bar

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