TM10106 Titanium Bar, Ti Bar

Titanium Bar, Ti Bar Description

Titanium Bar, Ti Bar is produced from commercially pure titanium (CP-Ti) under ASTM B348 criteria. Manufactured to accurate customised dimensions, the bar exhibits a density of approximately 4.5 g/cm³, a critical parameter for structural engineering calculations. Its inherent chemical inertness and favourable strength-to-weight ratio address challenges in corrosion-prone environments. The material undergoes controlled metallurgical procedures to maintain homogeneous microstructure and predictable mechanical performance.

Titanium Bar, Ti Bar Applications

Aerospace Applications
- Used as structural supports in aircraft assemblies to address weight constraints by leveraging its low density and corrosion resistance, thereby enhancing overall fuel efficiency.

Industrial Applications
- Applied as internals in chemical processing equipment to counter corrosion challenges by utilising its inherent chemical inertness, which contributes to extended equipment service life.

Titanium Bar, Ti Bar Packing

The Titanium Bar, Ti Bar is secured in protective polymer-wrapped coils and placed within cushioned, sealed containers to mitigate oxidation and contamination. The packaging process incorporates anti-static liners and moisture control measures to safeguard the product during transit and storage. Custom packaging options are available based on order quantity and dimensional requirements, with each package clearly labelled for traceability and inventory management.

Frequently Asked Questions

Q1: How is the chemical composition consistency of Titanium Bar, Ti Bar verified?
A1: The composition is verified using X-ray fluorescence (XRF) and ultrasonic testing, ensuring adherence to ASTM B348 criteria and uniform distribution across the batch.

Q2: What measures are taken during processing to control structural integrity?
A2: The material undergoes controlled thermal processing and mechanical testing to maintain grain structure uniformity and ensure predictable performance in demanding applications.

Q3: Can the bar be supplied in non-standard dimensions?
A3: Yes, customised dimensions are available. Clients can specify sizes to suit particular design requirements, while the production process adjusts parameters to maintain density and structural characteristics.

Additional Information

Titanium and its alloys are increasingly utilised in various sectors due to their favourable strength-to-weight ratio and chemical inertness. Understanding the metallurgical and mechanical properties of titanium is key for engineering applications where performance and durability are essential.

The evolution of titanium processing techniques, including advanced thermal and mechanical treatments, has broadened its applicability in environments that demand resistance to corrosion and stress. Such developments provide engineers with a material that delivers both predictable behaviour and significant design flexibility in challenging operational conditions.