Titanium Ingot (Ti Ingot) Grade 2, TA2, Dia.
200 mm Description
Our Grade 2 (TA2) Titanium Ingot, with
a 200 mm diameter and manufactured in accordance with ASTM B348, combines
exceptional strength and corrosion resistance to deliver reliable performance
across various industries. Its superior ductility and notable weldability make
it suitable for a range of demanding applications, from aerospace structures
and petrochemical components to medical implants and marine environments. The
material’s high strength-to-weight ratio further ensures efficiency in projects
requiring both sturdiness and lightness.
By adhering to stringent quality
standards, each ingot undergoes rigorous testing to confirm purity levels and
mechanical properties, ensuring consistent, dependable results. The ingot’s
chemical composition permits excellent heat and stress tolerance, making it
an ideal choice for high-temperature operations. With a proven record of
longevity and reliability, our Grade 2 Titanium Ingot offers the perfect
balance of durability, flexibility, and cost-effectiveness.
Titanium Ingot (Ti Ingot) Grade 2, TA2, Dia.
200 mm Applications
Titanium
Ingot (Ti Ingot) Grade 2, with a diameter of 200 mm, is widely recognised for
its excellent strength-to-weight ratio and corrosion resistance. Its superior
biocompatibility renders it suitable for medical implants, while its high
temperature tolerance and structural stability enable use in demanding
industrial processes. This versatility positions Grade 2 titanium as an
essential material across various sectors, including chemical processing,
aerospace, and beyond.
1.
Industrial Machinery Applications
·
High-Durability
Machine Parts: Ideal for producing structural supports and shafts in factory
settings, ensuring enhanced equipment lifespan.
·
Corrosion-Resistant
Tools: Suitable for manufacturing tools exposed to harsh chemicals and
moisture, minimising maintenance requirements.
·
Pressure Vessel
Components: Used in critical applications such as pressurised valves and fittings,
leveraging its resilience under high-stress conditions.
2.
Medical and Healthcare Applications
·
Surgical Implants:
Employed for hip and knee replacements due to its biocompatibility and low risk
of adverse reactions.
·
Dental Fixtures:
Utilised for implants and orthodontic anchors, offering robust support and
longevity.
·
Biotech Equipment:
Fabricated into lab components that require both cleanliness and resilience
against sterilisation processes.
3.
Aerospace and Defence Applications
·
Engine Parts:
Deployed for turbine blades, casings, and other components subjected to extreme
heat and stress.
·
Structural Support
Elements: Incorporated into aircraft frameworks for reduced weight and enhanced
strength.
·
Armour Plating:
Provides light yet formidable protection for aerospace and defence-related
shielding needs.
Titanium Ingot (Ti Ingot) Grade 2, TA2, Dia.
200 mm Packaging
The packaging for the Grade 2 (TA2)
Titanium Ingot with 200 mm diameter includes robust protective materials such
as foam padding and reinforced wooden crates. Each ingot is vacuum-sealed in
corrosion-resistant film to safeguard it from moisture and contaminants.
Desiccants are included to reduce humidity, further preventing oxidation.
Customised packaging solutions, like individualised labelling or specialised
crates, are available upon request to meet unique shipping and storage
requirements.
Packaging: Vacuum sealed, Wooden Box,
or Customised.
Titanium Ingot (Ti Ingot) Grade 2, TA2, Dia.
200 mm FAQs
Q1: What
are the key material properties of Titanium Ingot (Ti Ingot) Grade 2, TA2, Dia.
200 mm?
A1: Grade 2
Titanium (TA2) is known for its high corrosion resistance, moderate strength,
and excellent biocompatibility. It has a density of approximately 4.51 g/cm³
and a melting point around 1 660°C. The material offers a tensile strength in
the range of 345–450 MPa, combined with a yield strength around 275 MPa. Its
elongation typically exceeds 20%, making it ductile. Additionally, the
material’s low thermal expansion enhances dimensional stability in various
applications.
Q2:
How can this titanium product be processed or fabricated?
A2: Titanium
Ingot Grade 2 (TA2) can be hot worked, cold rolled, or machined using
techniques suitable for reactive metals. Common methods include forging,
rolling, spinning, and extrusion at elevated temperatures to reduce work
hardening and ensure uniform grain structure. During machining, low cutting
speeds and sufficient cooling are important to minimise friction and tool wear.
Post-processing heat treatments can refine mechanical properties and relieve
residual stress.
Q3:
Which quality standards and certifications apply to Titanium Ingot (Ti Ingot)
Grade 2, TA2, Dia. 200 mm?
A3: Titanium
Ingot Grade 2 (TA2) is typically produced in accordance with ASTM B348 or ASTM
B381 standards, which specify chemical composition, mechanical properties, and
acceptable dimensional tolerances. In many applications, compliance with ISO 9001
or AS9100 quality management systems is also required to ensure traceability
and consistent manufacturing practices. Depending on the application,
additional certifications from organisations like PED or NORSOK may be
necessary for pressure vessel and offshore use.
Related Information
1. Global Market Trends
The global titanium market has
experienced steady growth, driven by continuous technological advances and the
rising popularity of corrosion-resistant materials. Titanium Ingot (Ti Ingot)
Grade 2, TA2, Dia. 200 mm remains a sought-after product in regions
prioritising reliability and performance, especially where lightweight yet
durable solutions are essential. This ingot shape ensures better handling
during transportation and storage, supporting supply chains that increasingly
demand dependable and consistent materials.
Across the industrial landscape, a
diverse array of companies values Grade 2 titanium ingots for their excellent
strength-to-weight ratio and high biocompatibility. Manufacturers worldwide
note how Dia. 200 mm ingots offer ease of processing, resulting in components
that fulfil exacting requirements. As global demand escalates, stakeholders
foresee continued expansion in sectors such as aerospace, chemical processing,
and medical device production, making titanium an indispensable commodity.
2. Applications in Advanced Industries
Industries regularly turn
to Titanium Ingot (Ti Ingot) Grade 2, TA2, Dia. 200 mm for specialised
components that must endure extreme conditions. From petrochemical plants to
aerospace assemblies, this diameter size lends itself to producing parts with
dimensional stability, making it a choice for intricate fabrication methods. The
ingot form simplifies the manufacturing process for high-performance equipment, enabling designers to maximise material efficiency.
Because Grade 2 titanium consistently
delivers a balance of mechanical strength and corrosion resistance, its use
spans various advanced fields, including medical instrumentation, marine
hardware, and nuclear applications. In these environments, the reliable
quality and standardised dimensions of Dia. 200 mm ingots streamline production
cycles, minimising waste while enhancing final product reliability. This
consistent performance cements Grade 2 titanium as a cornerstone for innovation
across multiple industries.
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