TM7266 Titanium Tube (Ti Tube) Grade 2, TA2

Titanium Tube (Ti Tube) Grade 2, TA2 Description

Our Titanium Tube (Ti Tube) Grade 2, also known as TA2, provides an excellent balance of strength, ductility, and corrosion resistance. Manufactured under the stringent guidelines of ASTM B338, these tubes demonstrate durability in harsh environments, including chemical processing plants, marine vessels, and aerospace applications. Their lightweight nature enhances operational efficiency, making them a trusted choice where high-performance and reliability are imperative.

Tailored to your specific requirements, our Titanium Tube Grade 2 (TA2) is available in a wide range of customised dimensions. Each tube is produced with meticulous attention to quality standards, ensuring consistent wall thickness, precise tolerances, and minimal impurities. Whether for high-temperature operations or critical equipment, our tubes offer dependable performance, meeting the most rigorous industrial demands while maintaining product integrity.

Titanium Tube (Ti Tube) Grade 2, TA2 Applications

Grade 2 Titanium tubes, often referred to as TA2, are noted for their corrosion resistance, high strength-to-weight ratio, and formability. This versatile material is widely used across a variety of demanding industries due to its ability to withstand harsh conditions. Below are some key application areas where these titanium tubes provide significant benefits.

1. Marine Applications

·         Heat Exchangers: Used in shipboard cooling systems for seawater handling and corrosion protection

·         Desalination Equipment: Necessary for converting seawater to freshwater due to their long-term resistance to salt-induced corrosion

·         Seawater Piping: Suitable for extended service life in offshore platforms and coastal infrastructure

2. Chemical Processing and Power Generation

·         Condenser Tubing: Maintains performance under high-temperature and corrosive environments in power plants

·         Reaction Vessels: Provides a barrier against chemical attack, enhancing operational safety and efficiency

·         Pipework for Harsh Media: Ensures minimal degradation when transporting acids, alkalis, or other reactive substances

3. Medical and Healthcare

·         Surgical Equipment: Enables precise, durable instruments for procedures requiring biocompatible and corrosion-resistant materials

·         Implantable Devices: Reduces the risk of rejection and improves patient outcomes due to high biocompatibility

·         Medical Gas Supply Lines: Delivers clean, reliable flow of critical gases in healthcare facilities without contamination risks

Titanium Tube (Ti Tube) Grade 2, TA2 Packaging

Each Titanium Tube (Ti Tube) Grade 2, TA2 is individually nested in corrosion-inhibiting protective wraps, then vacuum-sealed to protect against moisture and contaminants. An additional layer of polyethylene film or foam is used to minimise scratches and preserve surface quality. Packages are secured in reinforced wooden crates for optimum stability during transit. Custom packaging solutions tailored to specific requirements are available upon request.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Titanium Tube (Ti Tube) Grade 2, TA2 FAQs

Q1: What are the key material properties of Titanium Tube (Ti Tube) Grade 2, TA2?

A1: Titanium Tube (Ti Tube) Grade 2, also known as TA2, is recognised for its moderate strength, excellent corrosion resistance, and good ductility. It typically exhibits a minimum yield strength of around 275 MPa and a tensile strength of approximately 345 MPa. This commercially pure titanium grade is biocompatible, making it suitable for medical applications, while maintaining strong resistance to oxidising and reducing environments.

Q2: How can Titanium Tube (Ti Tube) Grade 2, TA2 be processed or fabricated?

A2: Titanium Tube (Ti Tube) Grade 2, TA2 can be fabricated using a range of methods, including cold rolling, extruding, and drawing, allowing for precise dimensional tolerances. Its good ductility and weldability enable welding methods such as TIG, MIG, and electron beam. Heat treatments, such as stress relieving or annealing, can optimise mechanical properties. Furthermore, low cutting forces and suitable tool coatings support effective machining.

Q3: Which quality standards and certifications apply to Titanium Tube (Ti Tube) Grade 2, TA2?

A3: Production of Titanium Tube (Ti Tube) Grade 2, TA2 typically follows ASTM B337 or ASTM B338 specifications for seamless and welded tubing. Additional compliance may be required with ASME Section II for pressure applications and ISO 9001 for quality management. Manufacturers also often maintain third-party certifications, such as PED (Pressure Equipment Directive) or AD 2000, ensuring consistent material properties, dimensional accuracy, and traceability for high reliability.

Related Information

1. Manufacturing Process

Manufacturing of Grade 2 (TA2) titanium tubes and pipes begins with carefully controlled forging and rolling procedures that ensure the alloy’s integrity. These methods allow for precise shaping of the metal, accommodating customised dimensions that cater to specialised structural requirements in diverse industries.

Using modern extrusion and precision welding techniques, Ti Tube Grade 2, TA2 achieves uniform wall thickness and smooth interior surfaces. The result is a product capable of withstanding high-pressure environments, suitable for applications ranging from heat exchangers to advanced chemical processing systems.

2. Quality Control Measures

Quality assurance for titanium tubes and pipes of this grade involves multiple inspection steps, including ultrasonic evaluation and hydrostatic testing. These processes verify that every customised piece adheres to strict tolerance standards, ensuring a consistent fit and long-term reliability in demanding environments.

Moreover, certified quality management systems oversee the entire production cycle, recording key measurements and test data. This oversight maintains the Grade 2 (TA2) alloy's corrosion resistance, mechanical strength, and overall dependability, ultimately delivering tubes and pipes that meet or exceed stringent industry expectations.