PC0155 Titanium Casting Alloy (Ti-Casting Alloy)

Titan Cast Alloy (Ti Cast Alloy) Description

Cast titanium alloys demonstrate the same fracture strength as cast steel alloys. They also provide additional quantifiable properties.

• The density is 4.5, which is considerably lower than steel’s 7.8.
• Heat resistance reaches up to 400°C/500°C.
• They exhibit increased corrosion resistance.
• They are biocompatible and do not induce bodily rejection.

Titanium alloys are melted in vacuum skull furnaces. They are cast into various components such as pumps, valve discs, artificial joints and other machine parts. X‐ray inspections are carried out in accordance with good manufacturing practice. Stanford Advanced Materials can manufacture custom precision-cast titanium parts in line with your drawings and specifications.

Titan Cast Alloy Specification

Introduction to Casting Methods

Machined Graphite Mould Casting
This method simplifies the casting process and controls metallurgical quality effectively. Thicker and larger cast components can be produced with precision.

Investment Casting in Ceramic Mould
This method produces components with finer detail, including embedded logos. It permits the casting of large and complexly shaped parts.

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Applications of Cast Titanium Alloys

1. Aerospace: They are used in aircraft components such as engine parts, landing gear and structural elements. Their strength-to-weight ratio and corrosion resistance have been measured to meet aerospace requirements.

2. Medicine: They are employed in manufacturing medical implants such as hip and knee prostheses, bone plates and dental implants. Their biocompatibility and corrosion resistance are demonstrated through testing.

3. Automotive: They are used in automotive components including exhaust systems, valve parts and suspension components. Their low weight and durability have been verified.

4. Industry: They are utilised in various industrial systems and machinery components. Their strength, corrosion resistance and heat tolerance have been quantified to satisfy technical standards.

5. Maritime: They are applied in marine settings such as ship propellers, shafts and valves. Their corrosion resistance in saline conditions has been confirmed.

6. Sports Equipment: They are incorporated in sports devices such as bicycle frames, golf clubs and racing car parts. Their low weight and operational performance are established.

Packaging of SAM Cast Titanium Alloy

Our cast Ti alloys are externally marked and labelled to facilitate accurate identification and quality control. Measures are taken during storage and transport to prevent damage.