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Titanium Grade 2 Angle & Channel are highly versatile structural components known for their exceptional strength-to-weight ratio, corrosion resistance, and excellent formability. These products are commonly used in applications where superior durability and low density are required. With outstanding weldability and ductility, Titanium Grade 2 Angles & Channels are preferred in chemical processing, marine, aerospace, and architectural industries. Their ability to withstand oxidizing and mildly reducing environments makes them ideal for long-term performance.

Titanium Grade 2, also known as commercially pure titanium, offers excellent mechanical properties combined with high corrosion resistance in oxidizing and chloride-containing environments. These Angles & Channels provide superior protection against seawater, saline solutions, and a wide range of acids. Due to their biocompatibility, they are also used in medical and pharmaceutical equipment manufacturing. The non-magnetic and non-toxic properties further enhance their usability in sensitive applications.

The Titanium Grade 2 Angle is widely used for structural framing and support purposes where light weight and superior corrosion resistance are essential. The Angle design allows for effective load distribution, making it suitable for marine construction, offshore platforms, and aerospace structures. Meanwhile, the Channel sections provide enhanced rigidity and support, especially in high-stress environments. Both shapes offer excellent resistance to fatigue and stress cracking.

Titanium Grade 2 Angles & Channels are produced through precision manufacturing processes such as hot rolling, cold rolling, or extrusion to meet diverse industrial standards. They are available in a wide range of dimensions, thicknesses, and surface finishes to match specific engineering needs. The surface finish can be polished, brushed, or mill-finished, depending on aesthetic or performance requirements. Custom fabrication and machining options are also available for specialized applications.

Titanium Grade 2 Angle Channels and Tubes

In the aerospace industry, Titanium Grade 2 Angles and Channels are used for airframes, engine components, and structural supports because of their lightweight nature and ability to resist high temperatures. In the marine industry, these sections serve as durable components in shipbuilding, underwater piping, and offshore oil platforms. Their resistance to saltwater corrosion ensures a long service life, even in the most challenging sea conditions.

Chemical processing industries utilize Titanium Grade 2 structural sections due to their resistance to strong oxidizers, chlorides, and acidic media. These Angles & Channels are often incorporated into heat exchangers, pressure vessels, storage tanks, and pipelines. Their ability to maintain strength and integrity in harsh chemical environments minimizes maintenance costs and ensures long operational life. This makes Titanium Grade 2 a cost-effective choice over the long term despite its higher initial investment.

Architectural and industrial designers value Titanium Grade 2 Angles & Channels for their aesthetic appeal and corrosion resistance. Their natural metallic sheen and resistance to discoloration make them suitable for modern building facades, bridges, and outdoor installations. They can withstand pollution, moisture, and temperature fluctuations, maintaining both appearance and performance for decades. In summary, Titanium Grade 2 Angles & Channels are a superior choice for industries demanding reliability, longevity, and lightweight strength.

Specification Table

UNS / Grade UNS R50400 (Grade 2) Commercially pure titanium, moderate strength, excellent corrosion resistance
Chemical composition (Ti, min) wt% ≥ 99.2% Ti Small amounts of O, N, C, Fe permitted (trace)
Density g/cm³ 4.51 Lightweight compared to steels
Melting point °C ~1660–1670 High melting point suitable for elevated-temperature uses
Young's modulus (Elastic modulus) GPa ~105 Lower modulus than steels — more flexibility under load
Ultimate tensile strength (UTS) MPa ~340–450 Depends on tempers and manufacturing (rolled/extruded)
Yield strength (0.2% offset) MPa ~275–360 Typical for Grade 2 in common tempers
Elongation (A on 50 mm) % ~20–30 Good ductility — easy to form/weld
Hardness (approx.) HV / HB ~120–170 HV (≈ 110–160 HB) Varies with processing and cold work
Thermal conductivity W/m·K ~16–22 Moderate thermal conductivity
Electrical resistivity µΩ·m ~0.42 Non-ferrous, non-magnetic
Corrosion resistance Excellent Highly resistant in oxidizing and many chloride-containing environments (marine, chemical)
Available forms Angles, Channels, Plates, Bars, Extrusions Angles & Channels commonly hot-rolled or extruded; custom sections available
Typical angle/channel sizes (examples) mm Leg lengths: 10–200 mm • Thickness: 2–12 mm Custom dimensions and heavier sections available on request
Surface finish Mill, brushed, polished Finish chosen per application and aesthetic requirements
Fabrication Weldable, formable, machinable Good weldability with appropriate filler and shielding gas
Typical standards & specs Refer to manufacturer / project spec Check purchase order/spec for exact certification requirements

Chemical Composition (Typical ranges for SSIS)

Note: Values are typical ranges. Final composition will be confirmed on MTC provided per lot.

Titanium Ti Balance (≥ 99.2%) Primary element, provides strength and corrosion resistance
Iron Fe ≤ 0.30 Minor impurity; controlled for ductility
Oxygen O ≤ 0.25 Improves strength but reduces ductility at higher levels
Carbon C ≤ 0.08 Maintained low to ensure good weldability and toughness
Nitrogen N ≤ 0.03 Trace element; excess leads to embrittlement
Hydrogen H ≤ 0.015 Controlled to prevent hydrogen embrittlement
Other Elements (each) ≤ 0.10 Combined trace impurities per ASTM standards
Total Impurities ≤ 0.40 Ensures high purity and performance consistency

Mechanical Properties (Typical)

Tensile Strength (Ultimate) MPa 340 – 450 Varies based on product form and processing condition
Yield Strength (0.2% Offset) MPa 275 – 360 Annealed condition; higher values possible with cold work
Elongation (in 50 mm) % 20 – 30 Excellent ductility and formability
Reduction of Area % 25 – 35 Good toughness under tensile loading
Hardness HB / HV 110 – 160 HB (≈120 – 170 HV) Depends on heat treatment and work condition
Modulus of Elasticity GPa 105 Lower than steel — allows flexibility and vibration resistance
Poisson’s Ratio 0.34 Typical for commercially pure titanium
Shear Modulus GPa 42 Good strength-to-weight performance in shear loading
Impact Toughness (Charpy V-Notch) J ≥ 20 at room temperature High impact resistance; suitable for dynamic loads
Melting Point °C 1660 – 1670 Suitable for elevated temperature applications
Density g/cm³ 4.51 About 60% the density of steel — lightweight structural option

Equivalent Grades

Standard Grade / Designation Description Country / Organization
UNS R50400 Commercially Pure Titanium Grade 2 Unified Numbering System (USA)
ASTM Grade 2 Standard titanium grade for general engineering applications American Society for Testing and Materials
ISO Ti-2 Commercially pure titanium, moderate strength International Organization for Standardization
BS TA2 Equivalent to ASTM Grade 2 titanium British Standard
JIS Type 2 (TAP340) Pure titanium for general fabrication and welding Japanese Industrial Standard
DIN 3.7035 CP Titanium Grade 2 (Werkstoffnummer) German Standard
EN Ti CP Grade 2 Commercially pure titanium with moderate strength and high ductility European Standard
AMS AMS 4902 / AMS 4941 Sheets, strips, bars, and seamless tubes Aerospace Material Specification (SAE)

Dimension & Weight Chart (Selected common sizes)

Below is a representative chart showing outside diameter, wall thickness, inside diameter, cross-sectional area of metal and calculated weight per metre (kg/m). Values are calculated using density = 7.93 g/cm³ and are for guidance — use actual MTC values for procurement & engineering.

Section Type Size (mm) Thickness (mm) Weight (kg/m) Remarks / Applications
Angle (Equal) 20 × 20 3 0.53 Used in lightweight frameworks and supports
Angle (Equal) 30 × 30 3 0.82 Suitable for marine and architectural fittings
Angle (Equal) 40 × 40 4 1.44 Used in aerospace and chemical plant structures
Angle (Equal) 50 × 50 5 2.25 Ideal for framing and load-bearing assemblies
Angle (Equal) 65 × 65 6 3.72 Preferred for industrial fabrication and piping supports
Angle (Equal) 75 × 75 6 4.30 Used in heavy-duty marine or offshore structures
Angle (Equal) 100 × 100 8 7.35 Common for load-bearing frames and equipment mounts
Channel (C-Section) 50 × 25 4 1.58 Lightweight structural applications
Channel (C-Section) 75 × 40 5 2.90 Used in frameworks, marine brackets
Channel (C-Section) 100 × 50 6 4.75 Industrial and mechanical structure support
Channel (C-Section) 125 × 65 6 5.95 General engineering and aerospace structures
Channel (C-Section) 150 × 75 8 8.60 Used in heavy structural and marine frameworks
Channel (C-Section) 200 × 100 10 13.40 High-strength support systems and large assemblies

Types Of Titanium Grade 2 Angal channel

Seamless Equal

Stainless Steel Angal & channel

Welded Equal

Monel 400 Angal & channel

ERW Equal

Inconel 600 Angal & channel

EFW Equal

Titanium Grade Angal & channel

Seamless Tube

Super Duplex Angal & channel

Welded Tube

Duplex Angal & channel

Capillary Tube

Nickel Angal & channel

Heat Exchanger Tubes

Monel K500 Angal & channel

Frequently Asked Questions (FAQ)

What is Titanium Grade 2?

Titanium Grade 2, also known as UNS R50400, is a commercially pure titanium alloy that offers an excellent combination of strength, ductility, and corrosion resistance. It is widely used in marine, aerospace, chemical, and architectural industries for both structural and decorative applications.

What are the main advantages of Titanium Grade 2 Angles and Channels?

The main advantages include high corrosion resistance in oxidizing and marine environments, excellent weldability, lightweight nature, and good mechanical strength. These properties make Titanium Grade 2 Angles & Channels ideal for harsh environmental and high-performance applications.

Where are Titanium Grade 2 Angles & Channels commonly used?

They are used in aerospace structures, marine engineering, chemical processing plants, heat exchangers, and architectural projects. Their resistance to saltwater corrosion also makes them popular for offshore platforms, shipbuilding, and desalination plants.

Are Titanium Grade 2 Angles & Channels easy to weld and fabricate?

Yes. Titanium Grade 2 offers excellent weldability and formability. It can be welded using TIG (GTAW) or plasma arc welding with proper shielding gas protection. The alloy can also be easily machined and formed into custom profiles.

How does Titanium Grade 2 compare to other titanium grades?

Among commercially pure titanium grades, Grade 2 provides the best balance of strength, ductility, and corrosion resistance. It is stronger than Grade 1 but more formable than Grades 3 and 4, making it a versatile choice for general engineering use.

Angle Channels Supplier

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