Discontinued (Discontinued) TM7281 Titanium Ingot (Ti Ingot) Grade 1, TA1, Dia. 350 mm

Titanium Ingot (Ti Ingot) Grade 1, TA1, Dia. 350 mm Description

Our Grade 1 (TA1) Titanium Ingot, measuring 350 mm in diameter, is manufactured in strict accordance with ASTM B348 standards. Grade 1 titanium is recognised for its excellent corrosion resistance, high ductility, and biocompatibility, making it an ideal choice for industries ranging from aerospace and automotive to medical and chemical processing. The material’s low density and strength ensure lightweight yet durable performance, helping to reduce operational costs while maintaining reliability.

Produced under stringent quality control measures, each ingot undergoes rigorous inspection to guarantee uniform composition and purity. The result is a stable, dependable product ready to meet the most demanding engineering and fabrication requirements. Whether you are creating advanced structural components, medical devices, or chemical equipment, this Grade 1 titanium ingot provides the foundation necessary for successful applications.

Titanium Ingot (Ti Ingot) Grade 1, TA1, Dia. 350 mm Applications

Titanium Ingot (Ti Ingot) Grade 1, also known as TA1, is recognised for its excellent corrosion resistance, biocompatibility, and lightweight composition. With a diameter of 350 mm, it is particularly useful in high-performance industries requiring strength-to-weight ratios and temperature resilience. This metal finds application across marine engineering, medical devices, and automotive components due to its consistent quality and durability.

1. Marine Engineering Applications

·         Underwater Structures: Ideal for components exposed to seawater environments, reducing corrosion and extending service life

·         Propulsion Systems: Used in shafts and propeller components for improved fuel efficiency and reliability

2. Medical Device Applications

·         Surgical Implants: Biocompatibility and lightweight properties enable comfortable, durable implants

·         Dental Instruments: Offers excellent corrosion resistance and precision for safe and durable dental tools

3. Automotive and Sports Equipment

·         High-Performance Engine Parts: Contributes to weight reduction and improved efficiency

·         Racing Bicycle Frames: Provides a strong, lightweight structure for competitive cycling performance

Titanium Ingot (Ti Ingot) Grade 1, TA1, Dia. 350 mm Packaging

Our Titanium Ingot (Ti Ingot) Grade 1, TA1, with a 350 mm diameter, is securely packaged using durable cushioning and protective wraps to prevent mechanical damage. Each ingot is then vacuum-sealed to minimise oxidation and moisture exposure, enhanced by anti-corrosion additives. Sturdy crates or pallets provide safe transport, with customisation available to match specific handling or labelling requirements. This packaging approach ensures product integrity and reliability during storage and shipment.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Titanium Ingot (Ti Ingot) Grade 1, TA1, Dia. 350 mm FAQs

Q1: What are the key material properties of Titanium Ingot (Ti Ingot) Grade 1, TA1, Dia. 350 mm?

A1: Grade 1 titanium ingots (TA1) with a diameter of 350 mm are known for their high corrosion resistance, biocompatibility, and low density compared to other structural metals. They exhibit a good balance of strength and ductility, suitable for applications where weight reduction is critical. Additionally, they have a relatively low oxygen content, which helps maintain ductility and weldability.

Q2: How can this titanium product be processed or fabricated?

A2: Titanium Grade 1 ingots can be hot-forged or hot-rolled to create billets, bars, or plates, as they respond well to high-temperature deformation processes. Machining is feasible with proper cooling, sturdy tooling, and slow cutting speeds to avoid work hardening. For complex shapes, precision casting techniques or additive manufacturing may be employed, ensuring minimal contamination to preserve titanium’s purity and integrity.

Q3: Which quality standards and certifications apply to Titanium Ingot (Ti Ingot) Grade 1, TA1, Dia. 350 mm?

A3: These titanium ingots typically comply with ASTM B348 and ASTM B381, which establish specifications for titanium and titanium alloy bars, billets, and forgings. They may also meet ISO 9001 for quality management and AS9100 for aerospace applications when stringent traceability and control are required. Certifications verifying chemical composition, grain structure, and mechanical properties are provided, ensuring conformity to industry benchmarks and safety regulations.

Related Information

1. Manufacturing Process

Producing the Titanium Ingot (Ti Ingot) Grade 1, TA1, Dia. 350 mm typically begins with carefully controlled melting procedures that create a highly purified alloy. This alloy is then cast into cylindrical moulds, ensuring the diameter remains consistent throughout the entire length of the ingot. The use of vacuum or inert gas atmospheres helps to prevent contamination, while precision handling equipment preserves the cylindrical shape necessary for downstream processing. By maintaining these strict conditions, manufacturers can ensure minimal variation in diameter, which is key when shaping the final product for specific applications.

Emphasis on temperature management and controlled cooling rates further refines the ingot’s crystalline structure. Once the initial melting and casting steps are complete, the ingot may undergo additional thermal treatments to achieve a more uniform grain distribution. During this stage, continuous monitoring of parameters such as furnace temperature, holding time, and cooling velocity is essential for preserving the titanium’s mechanical integrity. This refined ingot structure is ideal for later machining or forging operations, supporting the production of components that exhibit consistency and durability.

2. Quality Control Measures

Implementing robust inspection protocols is critical to maintaining the integrity of Titanium Ingot (Ti Ingot) Grade 1, TA1, Dia. 350 mm. Non-destructive testing (NDT) methods, such as ultrasonic and radiographic examinations, are employed to detect internal defects that may occur during casting or thermal processing. These tests are designed to identify minute imperfections, ensuring that only ingots meeting stringent acceptance criteria progress to subsequent stages. Additionally, visual inspections ensure that the surface of the ingot is free from cracks, pits, or other anomalies that could compromise its long-term performance.

Ongoing verification of chemical composition through quantitative analyses confirms that Grade 1, TA1 titanium remains within specified elemental limits. Certified laboratories use advanced spectroscopic techniques to detect traces of oxygen, nitrogen, and other elements that can influence the titanium’s properties. Shrinkage cavities, porosity, and other potential defects are meticulously documented, allowing manufacturers to refine processes and prevent repeat occurrences. Ultimately, this commitment to quality control ensures that each ingot meets the demands of industries requiring metal purity and structural consistency.