Ask for price list of ASTM B338 Titanium Welded Tubing, Ti Tube

Titanium Tube Manufacturers in India

Titanium Tube Manufacturers in India

Titanium Tube / Tubing / U Tube / is a metallic tube made up of titanium. There are around 40 grades of titanium based on the composition. The titanium tubes are used in high end applications with high strength and high corrosion resistance.  Roopam Steel is a leading manufacturer and supplier of the Titanium Tubes in different grades. They are used in chemical processing, oil and gas industries, aerospace industries, power generation plants and other applications. The operating temperatures of different titanium grades vary but the titanium tubes for heat exchanger have high temperature resistance. Roopam Steel is Titanium Tube Manufacturers in India. The material is also expensive. We are leading Titanium Tube Manufacturer In India. There are commercially pure grades that have up to 99% titanium in the composition. The Titanium Alloy Seamless Tubing is more precise in terms of dimensions and can be used in precise applications such as instruments and measurement applications. There are different specifications such as the Titanium tube which are used in different applications.

We are Titanium Tube Manufacturers in India — Ask free sample of Ti Alloy Tubes for heat exchanger

The Titanium CDS Tube is cold drawn; it is drawn at room temperatures and the strength is improved through the cold drawing procedure. The tubes made up of cold drawing are TI Seamless Tube types. They vary in outer diameters ranging from 4mm to 12 mm and custom diameters are also possible. The wall thickness of the Titanium metal Tube varies according to different standards. They range from 0.4mm to 4mm for tubes and up to 1 inches for pipes. The high corrosion resistance and strength of the material makes it suitable as Titanium seamless tube for boiler for applications in boiler components, heat exchangers and super heaters. Roopam Steel is a leading Titanium Seamless Tube manufacturer in India. Discover the widest range of Titanium tubes in terms of grades and dimensions. The Titanium welded tube is made through different welding procedures. We supply the tubes for various applications with various physical and mechanical properties such as the Ti Alloy tubes for aerospace and other applications. Please contact us for all your titanium tube inquiries.

Table of Content

High Performance Titanium Tubes (Seamless / Welded) for Critical Engineering Applications

Titanium is preferred for its weight to strength ratio in Aerospace, Defense & Aviation Industry & It is virtually immune to corrosion from seawater, chlorine, and many industrial chemicals, making it an ideal material for Heat Exchangers, Anodizing, Desalination Plants, Water Treatment Systems, Marine Industries, Automotive Applications, and Sports & Consumer Goods. Titanium is primarily selected for the following characteristics:

Mechanical Superiority:

45% Lighter than Steel, upto 2 x Stronger than Aluminium make Titanium tubes preferred material for Aerospace, Defense, Aviation & Sporting Goods industries for Hydraulic & Fuel Systems, Helicopter Rotor Heads, bicycle frames, golf club shafts, etc.

Ultimate Corrosion Resistance:

Self-healing Titanium Dioxide (TiO2) surface film is one of the natural properties of titanium, making it widely used in Heat Exchangers, Desalination Plants, Anodizing, Marine Environments, Automotive Applications, and Chemical Processing Plants. Its exceptional corrosion resistance makes it ideal for seawater cooling systems, heat exchangers, critical deep-sea components, Multi-Stage Flash (MSF) systems, chlor-alkali plants, nitric acid piping, and exhaust systems.

Seamless and Welded Titanium and Titanium Alloy Tubes for Condensers and Heat Exchangers
ASME B338 Grade UNS Number Alloy Composition / Material Type Engineering Sourcing Note
Grade 1UNS R50250Unalloyed Titanium (Commercially Pure)Highest ductility, excellent cold forming properties.
Grade 2UNS R50400Unalloyed Titanium (Commercially Pure)Standard Industrial Workhorse. (Ready Stock Always) Optimal balance of strength and weldability.
Grade 2HUNS R50400Unalloyed Titanium (High UTS)Certified to 58 ksi (400 MPa) Minimum UTS for high-pressure systems.
Grade 3UNS R50550Unalloyed TitaniumHigher mechanical strength than Grade 2 with moderate formability.
Grade 7UNS R52400Unalloyed Titanium + 0.12% to 0.25% PalladiumEnhanced crevice corrosion resistance in severe reducing acid media.
Grade 7HUNS R52400Unalloyed Titanium + Palladium (High UTS)Grade 7 chemistry with 58 ksi (400 MPa) Minimum UTS threshold.
Grade 9UNS R56320Titanium Alloy (3% Al, 2.5% V)Near-alpha alloy. Extensively utilized in aerospace hydraulic and fuel lines.
Grade 11UNS R52250Unalloyed Titanium + 0.12% to 0.25% PalladiumIdentical corrosion defense to Grade 7; optimized for cold formability.
Grade 12UNS R53400Titanium Alloy (0.3% Mo, 0.8% Ni)Excellent high-temperature structural strength and crevice corrosion protection.
Grade 13UNS R53413Titanium Alloy (0.5% Ni, 0.05% Ru)Ruthenium/Nickel enhanced variant for targeted oxidation defense.
Grade 14UNS R53414Titanium Alloy (0.5% Ni, 0.05% Ru)Specialized corrosion performance matching restrictive process specs.
Grade 15UNS R53415Titanium Alloy (0.5% Ni, 0.05% Ru)Engineering alloy targeted for critical petrochemical refining lines.
Grade 16UNS R52402Unalloyed Titanium + 0.04% to 0.08% PalladiumCost-effective alternative to Grade 7 in mild reducing environments.
Grade 16HUNS R52402Unalloyed Titanium + Palladium (High UTS)Grade 16 parameters with guaranteed 58 ksi (400 MPa) Minimum UTS.
Grade 17UNS R52252Unalloyed Titanium + 0.04% to 0.08% PalladiumLow-palladium modification prioritizing maximum cold-work ductility.
Grade 18UNS R56322Titanium Alloy (3% Al, 2.5% V) + 0.04-0.08% PdGrade 9 mechanical strength upgraded with Palladium corrosion defense.
Grade 26UNS R52404Unalloyed Titanium + 0.08% to 0.14% RutheniumRuthenium-stabilized matrix; alternative to expensive Palladium grades.
Grade 26HUNS R52404Unalloyed Titanium + Ruthenium (High UTS)Grade 26 chemistry with certified 58 ksi (400 MPa) Minimum UTS.
Grade 27UNS R52254Unalloyed Titanium + 0.08% to 0.14% RutheniumHigh-ductility formulation enhanced with Ruthenium stabilizers.
Grade 28UNS R56323Titanium Alloy (3% Al, 2.5% V) + 0.08-0.14% RuHigh structural fatigue strength paired with Ruthenium corrosion mitigation.
Grade 30UNS R53530Titanium Alloy (0.3% Co, 0.05% Pd)Cobalt-Palladium modified structure for hyper-specific industrial processing.
Grade 31UNS R53532Titanium Alloy (0.3% Co, 0.05% Pd)Highly specialized formulation for critical chemical infrastructure.
Grade 33UNS R53442Titanium Alloy (Ni-Pd-Ru-Cr enhanced)Advanced Quad-Alloy. Engineered for ultimate resistance in mixed acid systems.
Grade 34UNS R53445Titanium Alloy (Ni-Pd-Ru-Cr enhanced)Specialized multi-element alloy variation for custom fabrication requests.
Grade 35UNS R56340Titanium Alloy (4.5% Al, 2% Mo, 1.6% V, 0.5% Fe)High-yield structural titanium alloy with silicon enhancements.
Grade 36UNS R58450Titanium Alloy (45% Niobium)Exceptional low-temperature ductility and specialized cryogenic performance.
Grade 37UNS R52815Titanium Alloy (1.5% Aluminium)Lean-alloy option bridges the gap between pure titanium and Grade 9.
Grade 38UNS R54250Titanium Alloy (4% Al, 2.5% V, 1.5% Iron)High-strength structural titanium with improved hot and cold workability.
Grade 39UNS R53390Titanium Alloy (0.25% Iron, 0.4% Silicon)Silicon-modified configuration optimized for specialized thermal stability.
NACE MR0175 / ISO 15156-3 Sour Service Compliance

Roopam Steel Titanium Tubes are delivered with very low risk of Sulphide Stress Cracking (SSC) and Stress Corrosion Cracking (SCC) for upstream Oil and Gas extraction & Refineries with high-H2S environment. Each tube exported with compliance of NACE MR0175 Table A.41. Roopam Steel specializes in the production of high-integrity titanium seamless tubing optimized for severe chloride-heavy environments, strictly monitored to conform to precise hardness constraints.

  • UNS R50250 / UNS R50400 (Grades 1 & 2): Supplied in the unalloyed state with a maximum hardness threshold of 100 HRB.
  • UNS R53400 (Grade 12): Transformed via strict vacuum annealing at 774°C ± 14°C (1425°F ± 25°F) for 2 hours, achieving a maximum hardness restriction of 92 HRB.
  • UNS R56323 (Grade 28): Maintained strictly in the annealed condition with a maximum hardness profile of 32 HRC.
Galvanic Hydrogen Embrittlement Safeguard (NACE Section A.11.2):

Roopam Steel recommends strict metallurgical separation or dielectric isolation for all high-temperature sour service assemblies for to avoid galvanic coupling with active structural metals (such as carbon steel, Alloy Steel & Structural Steel etc.) in automotive or aqueous H2S environments exceeding 80°C (176°F) to prevent hydrogen embrittlement.

Testing, Inspection & Quality Conformance: Certified EN 10204 3.1 & 3.2 Roopam Titanium Tubing

Each shipment of seamless and welded titanium tubing is backed by official inspection documents in strict accordance with the EN 10204 standard. Followed by following testing.

Mechanical Testing: Roopam Steel perform Mechanical testing on each Batch Number & Heat Number of finished tubes, for testing UTS, Tensile strength, Hardness as per Standard Test Method of ASTM A370 EDITION 2024.

Non-Destructive Testing (NDT)
  • Ultrasonic Testing: Our Quality Control Engineers conduct and witness 100% Ultrasonic Testing on the entire quantity of every order to ensure the highest quality standards and material integrity as per ASTM E213 Edition 2022. (Perform the nondestructive test in accordance with Practice E213)
  • Hydrostatic Pressure Testing: ASTM A999/A999M Edition 2018 & ASTM B338 Edition 2021.

Each tube subjected to hydrostatic testing shall withstand, without showing bulges, leaks, or other defects, an internal hydrostatic pressure sufficient to produce a stress equal to 50% of the minimum specified yield strength at room temperature.

The hydrostatic test pressure shall be determined using the following equation:

P =
SEt Ro - 0.4 t

Where:

Symbol Description
PMinimum hydrostatic test pressure, psi (or MPa)
SAllowable fiber stress equal to one-half of the minimum yield strength, psi (or MPa)
tWall thickness, in. (or mm)
RₒOutside tube radius, in. (or mm)
E0.85 for welded tube
E1.0 for seamless and welded/cold worked tube
Maximum Hydrostatic Test Pressure
Tube Size Maximum Hydrostatic Test Pressure
3 in. (76 mm) and under2500 psi (17.2 MPa)
Over 3 in.2800 psi (19.3 MPa)

Hydrostatic pressure shall be maintained for not less than 5 seconds.

When requested by the purchaser and stated in the order, tubes 14 in. (356 mm) in diameter and smaller shall be tested to one and one-half times the specified working pressure, provided that the corresponding fiber stress does not exceed one-half of the minimum specified yield strength of the material, as determined by the equation specified.

If one and one-half times the working pressure exceeds 2800 psi (19.3 MPa), the hydrostatic test pressure shall be subject to agreement between the manufacturer and purchaser.

Pneumatic Test

Each tube subjected to pneumatic testing shall withstand an internal air pressure of 100 psi (0.69 MPa) minimum for a minimum duration of 5 seconds without showing any evidence of leakage.

The test method shall allow easy detection of leakage by either the pressure differential method or by immersing the tube under water. Any evidence of leakage shall be cause for rejection of the tube.

  • Electromagnetic (Eddy Current) Examination: ASTM E426 Edition 2021
  • Flaring Test (ASTM B338 Section 10):

For tubes 3½ in. (88 mm) in outside diameter and smaller, and 0.134 in. (3.4 mm) in wall thickness and thinner, a tube section approximately 4 in. (102 mm) in length shall withstand flaring with a tool having a 60° included angle until the tube at the mouth of the flare has been expanded in accordance with Table ROOPAM/DATASHEET/TUBE/TI/4.0.

The flared end shall show no cracking or rupture visible to the unaided eye.

Flaring tests for larger diameter tubes or tubing outside the range specified in following table shall be carried out as agreed upon between the manufacturer and the purchaser.

TABLE: ROOPAM/DATASHEET/TUBE/TI/4.0 Flaring Requirements
Grade Expansion of Inside Diameter, min. %
122
2, 2H20
317
7, 7H20
9A20
1122
1217
1322
1420
1517
16, 16H20
1722
18A20
26, 26H20
2722
28A20
3020
3117
3320
3417
3510
3720
3815
3920
A = Annealed
How to Buy Correct Titanium Tubes as per ASTM B338 / SB338

Orders for material to this specification shall include the following information, as required:

Quantity:
Total weight, total linear feet/meters, or absolute number of cut pieces.
Grade Number:
Specify your titanium grade (e.g., Grade 1, 2, 7, 9, 12, 28).
Diameter and Wall Thickness:
Provide the requested outside diameter (OD) and wall thickness.
NOTE: Tubing is standardly supplied to Average OD and Average Wall thickness. If your engineering drawings strictly require Maximum or Minimum OD/Wall dimensions, this must be explicitly stated.
Length:
Specify fixed straight lengths (e.g., 6000 mm), random lengths, or custom U-bent geometries.
Method of Manufacture and Finish:
Declare if you require Seamless or Welded tubes, along with the surface finish (e.g., Mill Finish, Acid Pickled, Bright Annealed, or Polished).
Restrictive Chemistry:
State if your application requires tighter interstitial limits (Carbon, Hydrogen, Oxygen, Nitrogen) than standard thresholds.
Product Analysis:
Indicate if chemical verification analysis must be performed directly on finished tube samples.
Special Mechanical Properties:
Specify any custom tensile strength, yield limits, elongation percentages, or NACE hardness maximums.
Nondestructive Tests:
Define your mandatory inspection matrix (e.g., Hydrostatic pressure testing, Eddy Current scanning, or Ultrasonic testing).
Packaging:
Request standard plastic sleeving, hex bundling, or reinforced export wooden crates for sea/air freight.
Inspection:
Note whether the material will undergo standard factory mill inspection or independent Third-Party Witness Inspection (TPIA) or else share Quality Assurance Plan (QAP).
Certification:
Define the required material traceability paperwork: EN 10204 3.1 (Standard Mill Certificate) or EN 10204 3.2 (Third-Party Witnessed Certificate).
Seamless vs. Welded Titanium Tubing: Technical Comparison Guide
Seamless Profile

Roopam Steel Manufacture All Seamless tubes made from hollow billet by any cold reducing or cold drawing process that will yield a product meeting the requirements of specification.

Seamless tube is produced with a continuous periphery in all stages of manufacturing operations.

Welded Profile

All Welded tube Exported & Supplied by Roopam Steel made from annealed, flat-rolled product by an automatic arc-welding process or other method of welding that will yield a product meeting the tensile requirements specification.

Welded tubing heat treated by a stress relief after forming and welding.

Roopam Steel never used filler material for welded titanium tubes.

TABLE ROOPAM/DATASHEET/TUBE/TI/4.0 - Permissible Variations in Outside Dimensions Based on Individual Measurements
Outside Diameter, in. (mm) Diameter Tolerance, in. (mm) Permissible Variations in Wall Thickness, t, %
Under 1 in. (25.4 mm), excl. ±0.004 (±0.102) ±10
1 to 1½ in. (25.4 to 38.1 mm), excl. ±0.005 (±0.127) ±10
1½ to 2 in. (38.1 to 50.8 mm), excl. ±0.006 (±0.152) ±10
2 to 2½ in. (50.8 to 63.5 mm), excl. ±0.007 (±0.178) ±10
2½ to 3½ in. (63.5 to 88.9 mm), excl. ±0.010 (±0.254) ±10
Tube Length Tolerance:

When tube is ordered cut to length, the length shall not be less than that specified. A variation of +1/8 in. (3.2 mm) shall be permitted on tube lengths up to and including 24 ft (7.3 m).

For lengths over 24 ft (7.3 m), an additional over-tolerance of +1/8 in. (3.2 mm) for each additional 10 ft (3.05 m), or fraction thereof, shall be permitted up to a maximum of +1/2 in. (13 mm).

TABLE 6 — Straightness:

The tube shall be free from bends or kinks, and the maximum uniform bow shall not exceed the values specified in Table 6.

Straightness
Length, ft (m) Maximum Curvature – Depth of Arc
Over 3 to 6 ft (0.91 to 1.83 m), incl. 1/16 in. (1.6 mm)
Over 6 to 8 ft (1.83 to 2.44 m), incl. 1/8 in. (3.2 mm)
Over 8 to 10 ft (2.44 to 3.05 m), incl. 3/16 in. (4.8 mm)
Over 10 ft (3.05 m) 1/4 in. in any 10 ft (6.4 mm) in any 3.05 m)
12.4 Squareness of Cut

The angle of cut at the end of any tube may depart from square by not more than 0.016 in. per inch of diameter.

13. Finish

The finished tube shall be clean and free from foreign material, with smooth ends free from burrs, and shall not contain injurious external or internal imperfections. Minor defects may be removed, provided that the dimensional tolerances specified in Section 12 are maintained.

Technical Quality Audits: Number of Tests & Material Sampling Requirements

To guarantee consistent mechanical behavior and uniform chemical purity across massive production runs, Roopam Steel adheres to the strict testing frequencies and sampling intervals defined in Section 14 of the ASTM B338 / ASME SB-338 standard.

Material Sampling Requirements & Batch Frequencies (Section 14.1)

Material lots are strictly segregated to perform random quality selection. The choice of identifying the lot size as either the manufactured lot or the purchased lot is maintained at the manufacturer's option.

  • Lots of 5000 feet (1600 meters) or Less: Exactly one sample is selected at random from the lot.
  • Lots Exceeding 5000 feet (1600 meters): One sample is selected from the first 5000 feet (1600 meters), and one additional sample is selected from each subsequent 5000 feet (1600 meters), or any fraction thereof remaining in the lot.
  • Selection Integrity: Samples are chosen completely at random. In no case is it permitted to pull more than one test sample from a single tube length.
Comprehensive Testing Schedule Per Sample Lot

When a sample is pulled from a lot, it must undergo a full suite of chemical and mechanical testing as detailed below:

ASTM Clause Type of Quality Test Mandatory Execution Frequency
Section 14.1.1 Chemical Analysis Verification Base composition is verified from the ingot melt analysis. Hydrogen content must be independently tested on every single sample from the lot.
Section 14.1.1 (Welded) Welded Tube Hydrogen Tracking For welded tubing only, hydrogen determination is performed at a mandatory rate of one tube analysis per strip coil.
Section 14.1.2 Tension / Tensile Test One tension test is performed on each selected sample to verify yield and ultimate strength limits.
Section 14.1.3 Flattening Test One flattening test is executed on each sample in strict accordance with Section 9.1 ductility limits.
Section 14.1.4 Reverse Flattening Test One reverse flattening test is executed on each sample in strict accordance with Section 9.3 protocols.
Section 14.1.5 Flaring Test One flaring test is executed on each sample in strict accordance with Section 10.1 expansion parameters.
Section 14.4 Nondestructive Examination (NDE) Each individual length of finished tube must undergo 100% non-destructive examination as specified in Section 11.1.
Protocol for Defective Test Specimens (Section 14.2)

If any test specimen displays defective machining or develops structural flaws due strictly to specimen preparation error, the test is considered invalid. The compromised specimen may be discarded and immediately replaced with an entirely fresh specimen from the same batch.

Strict Elongation Retest Criteria (Section 14.3)

If the percentage elongation of any tension test specimen falls below the minimum criteria specified in Section 8.1, the test may be re-evaluated under the following condition:

  • If any part of the physical fracture line is located more than 3/4 in. (19 mm) from the center of the gage length (as indicated by standard marks placed on the specimen before testing), the sample can be safely discarded and a replacement specimen from the same lot may be tested in its place.
100% Nondestructive Examination Coverage (Section 14.4)

Unlike mechanical tests which are performed on a per-lot sampling basis, Nondestructive Examination (NDE) requires 100% coverage. Every single length of finished seamless or welded titanium tube leaving the Roopam Steel facility must pass continuous non-destructive inspection to ensure it is free of sub-surface defects or leakage risks prior to export packaging.

21. Certification

21.1 Certification Requirements

The manufacturer shall supply at least one copy of the certification report stating that the material supplied has been manufactured, inspected, sampled, and tested in accordance with the requirements of this specification.

The report shall confirm that the results of chemical analysis, tensile tests, and all other required tests comply with the requirements of this specification for the specified grade.

The certification report shall include the results of:

  • Chemical analysis
  • Tensile tests
  • All other tests required by the specification
Supplementary Requirement S2 — Helium Leak Test (Welded Tubing)

S2.1 Helium Leak Test

The tubing shall be subjected to a helium leak test in accordance with Practice E499, in place of the pneumatic test specified in Section 11.7.

The maximum allowable leak rate shall be 9.87 × 10-4 std cm3/s (1 × 10-3 mbar·l/s), as quantified using a calibrated leak standard.

Secure B2B RFQ & Blueprint (PDF/DWG)

We offer streamlined logistics, custom packaging, and freight routing from Nhava Sheva Sea port to major US ports (including Houston, Los Angeles, and Newark) with full customs clearance support.

Send your material schedules or engineering drawings (PDF/DWG format) to export@roopamsteel.com or WhatsApp +91 8070536660.

Our technical sales team will provide a comprehensive commercial proposal within 24–48 hours.

Titanium Seamless Tube
Titanium Seamless Tube
Titanium Tube
Titanium Tube
ASTM B338 Titanium Welded Tubing
ASTM B338 Titanium Welded Tubing

Standard Specification of Titanium Tube

StandardASTM, AISI, GB, JIS, customers' requests available
SizeRound Tube: OD: 16–119mm or customized
Thickness0.25mm–3.0mm
Length6m or according to customers' request
SampleFree sample is available, but freight should be paid by you
ToleranceOuter diameter: ±0.2mm | Thickness: ±0.05mm | Length: ±0.5mm
EndsPlain end or bevelled ends or as your requirements
Welding Line TypeERW (Electrical Resistance Weld)
FinishingSanded / Gloss #400, Mirror #600–#1000 / Brushed / Wood Grain / Embossed, Threaded
ApplicationDecorations, constructions, food industry, etc.
CertificationISO, SGS
Round Pipe Size16, 17, 18, 19, 20, 21, 22, 23, 25, 28, 31.8, 35, 36, 38.1, 48, 50.8, 60, 63.5, 76.2, 89, 101, 114 mm
Square Pipe Size17, 18, 19, 20, 21, 22, 23, 24, 25, 28, 30, 36, 38, 50 mm
Rectangle Pipe Size10×30, 10×40, 10×50, 20×10, 23×11, 24×12, 25×13, 28×25 ... 95×45 mm
Thickness0.25, 0.28, 0.32, 0.37, 0.41, 0.51, 0.61, 0.71, 0.91, 1.11, 1.15, 1.41 mm
Length6m or according to customer's request
Outer Diameter6.35–219mm
Process MethodCode drawn, annealed with nitrogen protection, ultrasonic, automatic shape, polished
TestDirect-reading Spectrograph, Hydrostatic testing machine, X-ray detector, Ultrasonic flaw detector, Magnetic particle detector
EquipmentPress machine, Bending machine, Pushing Machine, electric bevelling machine, Sand-blasting machine, etc.
OriginWest Europe / Japanese / Indian / USA / Korean / American / European
Test CertificatesManufacturer Test Certificate as per EN 10204 / 3.1B, Raw Materials Certificate, 100% Radiography Test Report, Third Party Inspection Report

Available Sizes of Titanium Steel Alloy Tubing

  • Ti Alloy ERW Tubes: 1/2″ NB – 24″ NB
  • Titanium Steel Alloy Seamless Pipe: 1/2″ NB – 16″ NB
  • Titanium EFW Pipe: 6″ NB – 100″ NB
  • Titanium Alloy Tubes: 1/8″NB TO 30″NB IN

Buy Titanium Alloy Seamless Tubing at Factory Price — Thin Wall Ti Tubing are Corrosion Resistant

Ready Stock of Titanium High Pressure Tube

Ti Alloy Electropolished TubingTi Rectangular Tube
Titanium Alloy Square TubingTi Alloy Polished Tube
Ti Alloy TubingTitanium Fabricated Tube
Titanium 12mm TubeTi Alloy Seamless Tubing
Titanium Steel Alloy High Pressure TubeTi Super Alloy Thin Wall Tubing
Titanium Alloy Electropolished TubesTi Alloy Cold Drawn Seamless Tube
Ti Hydraulic TubingTi Super Alloy Coiled Tube
Ti Alloy ERW TubeTitanium Steel Alloy Electropolished Tube
Ti Rectangular TubingTitanium Alloy CDW Tube
Ti Alloy Electropolish TubeTitanium Alloy Capillary Tubing
Titanium Steel Alloy Small Diameter TubingTi Alloy ERW Tubing
Titanium Alloy High Pressure TubeTi Tubing
Titanium Super Alloy TubeTi Alloy Round Tube
Ti Alloy EFW TubeTi Super Alloy Finned Tube

Most Selling Types of Titanium Alloy Electropolish Tube

50mm thickness 1mm Titanium tube
50mm Thickness 1mm Titanium Tube
High purity 1.5mm titanium tube exhaust
High Purity 1.5mm Ti Exhaust Tube
OD50.8 x THK0.9 x 3000mm Titanium Seamless tube
OD50.8 × THK0.9 × 3000mm Seamless
Titanium Square Tube
Titanium Square Tube
Astm B338 Tubing
ASTM B338 Tubing
Titanium Coil Tubing
Titanium Coil Tubing
Titanium Tube
Titanium Tube
1.5in 3in Titanium bellows seamless tube
1.5″ 3″ Ti Bellows Seamless Tube
Ti Round Tube
Ti Round Tube
Titanium Heat Exchanger Tube
Titanium Heat Exchanger Tube
OD7*WT1.1*L1667mm ASTM338 seamless titanium tube
OD7×WT1.1×L1667mm ASTM338 Seamless
Titanium Round Tubing
Titanium Round Tubing
TITANIUM TUBING ROUND 3AL-2.5V
Ti Tubing 3AL-2.5V 1.2500×.0650
ASTM B861 titanium tubes for Gas exploration
ASTM B861 Gas Exploration Tube
TITANIUM TUBING ROUND 3AL-2.5V .5000 x .0260
Ti Tubing 3AL-2.5V .5000×.0260
Titanium Oval Tubing
Titanium Oval Tubing
Titanium Alloy Tubing
Titanium Alloy Tubing
Titanium Welded Tubes
Titanium Welded Tubes
Titanium Exhaust Tubes
Titanium Exhaust Tubes
Titanium Tubes For Heat Exchanger
Titanium Tubes For Heat Exchanger

View Titanium Super Alloy Tubing Price List

Price List of Titanium Tubes Price in INR Price in USD Price in UAE Dirham
Titanium Seamless Tube Acc. to ASTM B861 Gr.2 OD25.4×1.0awx3000mmINR 1,544$21.6779.58 AED
Titanium Seamless Tubes ASME SB338, Grade 5, Annealed 25.4OD×0.9Thk×6000mmINR 1,590$22.3181.95 AED
Titanium Seamless Tubes Gr.8 OD25.4mm×Thk1.2mm×5005mmINR 1,570$22.0380.92 AED

Check Availability of Titanium CDS Tube, Suppliers and Stockists of ASTM B338 Ti Alloy tube. Distributing globally Titanium metal Tube at best price.

Chemical Compatibility of Ti Alloy Seamless Tube

GradeTi (%)C (max)Fe (max)H (max)N (max)O (max)AlV
Ti Grade 299.2 min0.10.30.0150.030.25——
Ti Grade 590 min—0.25——0.26 min4 min

Mechanical Characteristics of Ti Alloy Tubes

ElementDensityMelting PointTensile StrengthYield Strength (0.2%)Elongation
Titanium Gr. 24.5 g/cm³1665 °C (3030 °F)Psi 49900 / MPa 344Psi 39900 / MPa 27520%
Titanium Gr. 54.43 g/cm³1632 °C (2970 °F)Psi 138000 / MPa 950Psi 128000 / MPa 88014%

Material Equivalent of Titanium Alloy Welded Tube

StandardWerkstoff Nr.UNS
Titanium Gr. 23.7035R50400
Titanium Gr. 53.7165N56400
Best Price & Fast Delivery for Titanium seamless tube for boiler — Largest Manufacturer 1.5 Titanium welded Tubing for aerospace

Size Range of Ti Alloy Tubing

Wall (inches)Sizes (O.D.)
.0101/16″, 1/8″, 3/16″
.0121/8″
.0161/8″, 3/16″
.0201/16″, 1/8″, 3/16″, 1/4″, 5/16″, 3/8″
.0281/8″, 3/16″, 1/4″, 5/16″, 3/8″, 1/2″, 3/4″, 1″, 1 1/2″, 2″
.0351/8″, 3/16″, 1/4″, 5/16″, 3/8″, 7/16″, 1/2″, 5/8″, 3/4″, 7/8″, 1″, 1 1/4″, 1 1/2″, 1 5/8″, 2″, 2 1/4″
.0493/16″, 1/4″, 5/16″, 3/8″, 1/2″, 5/8″, 3/4″, 7/8″, 1″, 1 1/8″, 1 1/4″, 1 1/2″, 1 5/8″, 2″, 2 1/4″
.0651/4″, 5/16″, 3/8″, 1/2″, 5/8″, 3/4″, 7/8″, 1″, 1 1/4″, 1 1/2″, 1 5/8″, 1 3/4″, 2″, 2 1/2″, 3″
.0831/4″, 3/8″, 1/2″, 5/8″, 3/4″, 7/8″, 1″, 1 1/4″, 1 1/2″, 1 5/8″, 1 7/8″, 2″, 2 1/2″, 3″
.0951/2″, 5/8″, 1″, 1 1/4″, 1 1/2″, 2″
.1091/2″, 3/4″, 1″, 1 1/4″, 1 1/2″, 2″
.1201/2″, 5/8″, 3/4″, 7/8″, 1″, 1 1/4″, 1 1/2″, 2″, 2 1/4″, 2 1/2″, 3″
.1253/4″, 1″, 1 1/4″, 1 1/2″, 2″, 3″, 3 1/4″
.1341″
.2503″
.3753 1/2″

Weight Chart of Titanium Tube

OD (in)Ave. Wall (in)D/t RatioID (in)Cross Section Area (in²)Internal Area (in²)
0.2500.02012.500.2100.01450.0346
0.2500.0288.930.1940.01950.0296
0.2500.0357.140.1800.02360.0254
0.2500.0495.100.1520.03090.0181
0.2500.0653.850.1200.03780.0113
0.3750.02018.750.3350.02230.0881
0.3750.02813.390.3190.03050.0799
0.3750.03510.710.3050.03740.0731
0.3750.0497.650.2770.05020.0603
0.3750.0655.770.2450.06330.0471
0.5000.02025.000.4600.03020.1662
0.5000.02817.860.4440.04150.1548
0.5000.03514.290.4300.05110.1452
0.5000.04910.200.4020.06940.1213
0.5000.0657.690.3700.08880.1075
0.5000.0836.020.3340.10870.0876
0.6250.02031.250.5850.03800.2688
0.6250.02822.320.5690.05250.2543
0.6250.03517.860.5550.06490.2419
0.6250.04912.760.5270.08870.2181
0.6250.0659.620.4950.11440.1924
0.6250.0837.530.4590.14130.1655
0.6250.0956.580.4350.15820.1486
0.6250.1095.730.4070.17670.1301
0.7500.02826.790.6940.06350.3783
0.7500.03521.430.6800.07860.3632
0.7500.04915.310.6520.10790.3339
0.7500.06511.540.6200.13990.3019
0.7500.0839.040.5840.17390.2679
0.7500.0957.890.5600.19550.2463
0.7500.1096.880.5320.21950.2223
0.7500.1206.250.5100.23750.2043
1.0000.02835.710.9440.08550.6999
1.0000.03528.570.9300.10610.6793
1.0000.04920.410.9020.14640.6390
1.0000.06515.380.8700.19090.5945
1.0000.08312.050.8340.23910.5463
1.0000.09510.530.8100.27010.5153
1.0000.1099.170.7820.30510.4803
1.0000.1208.330.7600.33180.4536
1.0000.1347.460.7320.36460.4208
2.0000.03557.141.9300.21612.9255
2.0000.04940.821.9020.30032.8413
2.0000.06530.771.8700.39512.7465
2.0000.08324.101.8340.49992.6417
2.0000.09521.051.8100.56852.5730
2.0000.10918.351.7820.64752.4941
2.0000.12016.671.7600.70872.4328
2.0000.13414.931.7320.78552.3561
2.0000.14813.511.7040.86112.2805
2.0000.16512.121.6700.95122.1904

Titanium Alloy Tubing Pressure Rating

OD (in)Ave. Wall (in)Min Yield (PSI)Min Tensile (PSI)Burst Pressure (PSI)Working Pressure (PSI)Yield Point (PSI)Collapse Pressure (PSI)
0.2500.02030,00075,00014,2863,5715,7144,416
0.2500.02830,00075,00021,6495,4128,6605,967
0.2500.03530,00075,00029,1677,29211,6677,224
0.2500.04930,00075,00048,35512,08919,3429,455
0.3750.02030,00075,0008,9552,2393,5823,029
0.3750.03530,00075,00017,2134,3036,8855,077
0.5000.02030,00075,0006,5221,6302,6092,316
0.5000.03530,00075,00012,2093,0524,8843,906
0.5000.06530,00075,00026,3516,58810,5416,786
0.7500.03530,00075,0007,7211,9303,0882,669
0.7500.06530,00075,00015,7263,9316,2904,749
1.0000.03530,00075,0005,6451,4112,2582,027
1.0000.06530,00075,00011,2072,8024,4833,647
1.0000.10930,00075,00020,9085,2278,3635,827
2.0000.06530,00075,0005,2141,3032,0861,887
2.0000.10930,00075,0009,1752,2943,6703,092
2.0000.16530,00075,00014,8203,7055,9284,542

Diameter Tolerance ASTM B338 Tubing

NPSOD Tolerance (+)OD Tolerance (–)
inchmminchmm
1/8~1 1/21/64 (0.015)0.41/32 (0.031)0.8
>1 1/2~41/32 (0.031)0.81/32 (0.031)0.8
>4~81/16 (0.062)1.61/32 (0.031)0.8
>8~183/32 (0.093)2.41/32 (0.031)0.8
>18~261/8 (0.125)3.21/32 (0.031)0.8
>26~345/32 (0.156)4.01/32 (0.031)0.8
>34~483/16 (0.187)4.81/32 (0.031)0.8

Wall Thickness Tolerance of Titanium Tube

NPSTolerance (%)+Tolerance (%)–
1/8–2 1/220.012.5
3~18, t/D ≤ 5%22.512.5
3~18, t/D > 5%15.012.5
≥ 20, welded17.512.5
≥ 20, seamless, t/D ≤ 5%22.512.5
≥ 20, seamless, t/D > 5%15.012.5

Dimensions of Titanium Welded Tubes

OD (in)Ave. Wall (in)D/t RatioID (in)Cross Section Area (in²)Internal Area (in²)
0.2500.02012.500.2100.01450.0346
0.2500.0288.930.1940.01950.0296
0.2500.0357.140.1800.02360.0254
0.5000.02025.000.4600.03020.1662
0.5000.03514.290.4300.05110.1452
0.5000.04910.200.4020.06940.1269
0.7500.02826.790.6940.06350.3783
0.7500.03521.430.6800.07860.3632
0.7500.06511.540.6200.13990.3019
1.0000.02835.710.9440.08550.6999
1.0000.03528.570.9300.10610.6793
1.0000.06515.380.8700.19090.5945
1.0000.08312.050.8340.23910.5463
1.2500.03535.711.1800.13361.0936
1.2500.04925.511.1520.18491.0423
1.5000.03542.861.4300.16111.6061
1.5000.06523.081.3700.29301.4741
2.0000.03557.141.9300.21612.9255
2.0000.06530.771.8700.39512.7465
2.0000.16512.121.6700.95122.1904

We are Leading Supplier in Below Locations

ProductCountries / Regions
ASTM B338 Titanium TubeUnited Kingdom, Chile, South Africa
OD50.8 × THK0.9 × 3000mm Titanium Seamless TubePhilippines, UK, UAE, Bahrain
ASTM B861 Seamless Titanium Micro Capillary TubeMalaysia, Philippines, Netherlands
4 Titanium TubingSweden, Europe, Egypt, Oman
Titanium Capillary Tube for MedicalMalaysia, Spain, Australia, Germany
Titanium Exhaust Straight TubeSingapore, Europe, Malaysia, USA
Titanium Tube 1.5 ODJapan, Canada, Italy, Saudi Arabia
Pure Titanium Rectangular Tube for Chemical IndustryColombia, Malaysia, Turkey, South Africa
50mm Thickness 1mm Titanium TubeTaiwan, Mexico, Malaysia, Thailand
Bending Titanium TubingSouth Korea, Malaysia, UK, Bangladesh
Dia 38/50.8/63.5/76.2/89mm Titanium TubeRomania, Poland, Singapore, Kuwait
2 Inch Titanium TubingMalaysia, Canada, Iran, Singapore
1.125 OD Titanium TubingMexico, Singapore, Norway, Finland
Titanium Alloy Tube for Heat ExchangerUSA, Russia, Brazil
Titanium Threaded End TubeSaudi Arabia, Singapore, Hong Kong, UAE
Small Diameter Titanium TubingQatar, Malaysia, Dubai, Nigeria
Polished Titanium Rectangular Tube 3mmCzechia, Belgium, Malaysia, UAE
Cold Rolled Capillary Titanium Tube Bright SurfaceMalaysia, Thailand, UK, Indonesia
Thin Wall Titanium TubingEurope, Malaysia, Philippines, France
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