TM10786 Titanium Alloy Sheet Ti-15Mo Grade 21 UNS R58210

Titanium Alloy Sheet Ti-15Mo Grade 21 UNS R58210 Description

Titanium Alloy Sheet Ti-15Mo Grade 21 UNS R58210 is composed primarily of titanium with a 15% molybdenum additive designed to stabilise the beta phase. This alloy offers consistent microstructural properties that contribute to controlled strength and thermal stability, making it suitable for precision structural applications. Its sheet form is optimised for use in components where uniformity and predictable mechanical behaviour are essential.

Titanium Alloy Sheet Ti-15Mo Grade 21 UNS R58210 Characteristics

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

Titanium Alloy Sheet Ti-15Mo Grade 21 UNS R58210 Applications

1.       Aerospace
   - Used as a structural component in aircraft assemblies to achieve weight reduction by leveraging its high strength-to-weight ratio.

2.       Chemical Processing Equipment
   - Applied as a lining material in reactor vessels to achieve enhanced corrosion resistance by leveraging the alloy's stable beta-phase composition.

3.       Industrial Systems
   - Serves as a component in heat exchanger panels to achieve controlled thermal performance by utilising its predictable mechanical properties.

Titanium Alloy Sheet Ti-15Mo Grade 21 UNS R58210 Packing

Titanium Alloy Sheet Ti-15Mo Grade 21 UNS R58210 is packaged using anti-scratch, moisture-resistant materials and cushioned supports to avoid physical damage. Sheets are sealed within contamination-proof barriers and stored in temperature-controlled conditions to prevent oxidation. Custom packaging options, including reinforced framing and specific labelling, are available to meet distinct storage and transport requirements.

Additional Information

Titanium alloys, particularly those stabilised in the beta phase, are critical in applications demanding thermal stability and predictable mechanical behaviour. Detailed metallurgical processes ensure that additives like molybdenum yield consistent microstructural properties, which are essential in precision engineering.

Understanding the role of alloying elements in titanium sheets helps in optimising applications across industries. The balance of strength, ductility, and thermal stability provided by controlled alloying makes these materials suitable for high-performance structural applications and advanced industrial systems.