TM10140 Titanium Marker Band, Ti

Titanium Marker Band, Ti Description

Titanium Marker Band, Ti is produced from titanium metal with a specific density of ~4.5 g/cm3 and customizable dimensions. This titanium band exhibits chemical inertness and structural integrity, making it suitable for marking applications where stability under various environmental conditions is critical. Its controlled alloy composition and surface finish support accurate identification and durability in industrial settings.

Titanium Marker Band, Ti Applications

Industrial Labeling
- Used as a marker in production line systems to achieve precise component identification by leveraging its customizable dimensions and titanium’s chemical inertness.
- Applied as an identification tool in process equipment to enable clear delineation in harsh environments by utilising its stable density.

Automotive Components
- Used as an identification element in engine assemblies to achieve component traceability by leveraging its lightweight and corrosion-resistant properties.
- Applied as a labeling solution in automotive systems to facilitate maintenance tracking by utilising its customizable design.

Titanium Marker Band, Ti Packing

Titanium Marker Band, Ti is packaged in sealed, anti-static polybags with an inner foam insert to minimise mechanical impacts and contamination. The pack is designed for ambient storage under controlled humidity conditions to protect against oxidation. Custom packaging options are available to accommodate specific shipping and storage requirements, ensuring the product arrives in pristine condition.

Frequently Asked Questions

Q1: How are the customised dimensions verified?
A1: Measurement techniques such as laser micrometry and precision caliper verification are employed to confirm that the customised dimensions meet customer specifications with high accuracy.

Q2: What properties of Titanium Marker Band, Ti are critical for industrial applications?
A2: The controlled density and chemical inertness of titanium are critical as they support structural integrity and resistance to corrosion in industrial environments, ensuring the marker performs well over extended use.

Q3: How does SAM maintain quality control for Titanium Marker Band, Ti?
A3: SAM utilises rigorous inspection processes including laser scanning and automated imaging coupled with metallographic analysis to ensure consistency in composition and dimensional accuracy throughout production.

Additional Information

Titanium stands out in materials science due to its low density, high strength-to-weight ratio, and exceptional resistance to corrosion. These intrinsic properties make it a material of choice for components requiring durability in varying environmental conditions. Rigorous process control and standardised testing, such as X-ray diffraction and tensile analysis, are central to verifying material uniformity and performance.

Advances in titanium metallurgy have broadened its applications across sectors such as industrial manufacturing and aerospace. Continuous research on alloy behaviour and surface treatment technologies contributes to improved performance and reliability, while systematic quality control measures ensure that each titanium component meets technically demanding specifications.