TM10120 Titanium Bar, Ti Bar Grade 4

Titanium Bar, Ti Bar Grade 4 Description

Titanium Bar, Ti Bar Grade 4 comprises commercially pure titanium, noted for its high mechanical strength and moderate ductility. With a density of ~4.5 g/cm³ and a melting point near 1660℃, the bar meets stringent load-bearing requirements. Its tensile strength of ≥550 MPa and yield strength of ≥483 MPa combined with an elongation of 15% minimum support applications demanding formability and performance under stress.

Titanium Bar, Ti Bar Grade 4 Characteristics

*The above product information is based on theoretical data and is for reference only. Actual specifications may vary.

Titanium Bar, Ti Bar Grade 4 Applications

Industrial Applications
- Used as an essential structural component in high-temperature processing equipment to achieve dimensional stability by leveraging its high melting point.
- Applied as a load-bearing element in fabricating industrial frames to attain optimal strength-to-weight ratio through its elevated tensile strength.

Aerospace Applications
- Serves as a part in airframe assemblies to achieve weight reduction by leveraging its high mechanical properties.
- Frequently used in precision fasteners to maintain joint integrity under cyclical loading, benefiting from its balanced ductility and strength.

Titanium Bar, Ti Bar Grade 4 Packing

Titanium Bar, Ti Bar Grade 4 is packaged in corrosion-resistant, heavy-duty containers with foam inserts to mitigate mechanical damage. The bars are wrapped in clean, non-abrasive materials to prevent contamination. They should be stored in temperature-controlled, dry conditions to preserve material properties. Customised packaging options, including dedicated labelling and secure seals, are available based on specific handling requirements.

Frequently Asked Questions

Q1: How do the mechanical properties of Titanium Bar, Ti Bar Grade 4 affect its forming processes?
A1: The specified tensile and yield strengths ensure the material can withstand forming operations while maintaining dimensional stability. Its 15% minimum elongation facilitates plastic deformation necessary for machining and fabrication in high-stress environments.

Q2: What quality control measures are implemented during production?
A2: SAM employs microstructural analysis and dimensional verification per ASTM B348 standards. This process involves SEM inspections and tensile testing to ensure each bar meets the precise mechanical property criteria required for performance in demanding applications.

Q3: Can the dimensions be customised for specialised industrial applications?
A3: Yes, the bar dimensions are fully customisable to suit specific engineering requirements, ensuring the final product integrates seamlessly with existing manufacturing systems while adhering to ASTM specifications.

Additional Information

Titanium metals are notable for their high strength-to-weight ratio and excellent corrosion resistance. The intrinsic properties of titanium, particularly in Grade 4 form, make it a preferred choice for applications requiring both mechanical robustness and thermal stability. Detailed metallurgical analysis, including tensile and yield testing, regularly guides processing parameters to ensure consistency in performance.

Understanding the characteristics of titanium metal is essential in industries where weight reduction and structural integrity are critical. Advances in processing techniques and quality control have enabled manufacturers to achieve precise material specifications, thereby expanding the scope of titanium bar applications in fields ranging from industrial fabrication to aerospace engineering.