TM7640 Medical Grade Titanium Alloy Foil UNS R50550, Grade 3

Medical Grade Titanium Alloy Foil UNS R50550, Grade 3 Description

Medical Grade Titanium Alloy Foil UNS R50550, Grade 3 is engineered to deliver performance in various biomedical applications. It adheres to ASTM F67 standards, making it suitable for surgical implants, orthopaedic devices, and healthcare solutions that require biocompatibility, strength, and corrosion resistance. The customised dimensions ensure optimal formability and durability for intricate medical components.

Each batch is crafted and undergoes quality inspections to ensure compliance with industry norms. The characteristics of Grade 3 titanium—such as ductility, weldability, and longevity—enhance its suitability for clinical environments. Choose our Medical Grade Titanium Alloy Foil for consistent quality prioritising patient safety and performance.

Medical Grade Titanium Alloy Foil UNS R50550, Grade 3 Applications

Medical Grade Titanium Alloy Foil UNS R50550 (Grade 3) is valued for its biocompatibility, high corrosion resistance, and strength-to-weight ratio. It is suitable for various applications where performance, safety, and durability are essential. From medical implants to aerospace structures, this alloy remains a preferred choice across multiple industries.

1. Medical Applications

·         Orthopaedic Implants: R50550 provides strength and corrosion resistance, reducing risks of implant failure.

·         Surgical Tools: The foil’s biocompatibility and ease of sterilisation make it appropriate for precision instruments.

·         Prosthetic Devices: Lightweight yet durable design improves comfort and longevity in prosthetic components.

2. Industrial Applications

·         Chemical Processing Vessels: Corrosion resistance ensures reliability in harsh acidic and alkaline environments.

·         High-Pressure Tanks: Grade 3 titanium foil withstands pressures while maintaining structural integrity.

·         Heat Exchangers: Thermal conductivity and durability reduce downtime and maintenance costs.

3. Aerospace Applications

·         Jet Engine Components: Strong and lightweight foil assists in improving fuel efficiency and performance.

·         Satellite Structures: The alloy’s fatigue and stress resistance extends operational lifespans.

·         Aircraft Skin Panels: Thin yet robust sheets reduce overall weight without compromising safety.

Medical Grade Titanium Alloy Foil UNS R50550, Grade 3 Packaging

Medical Grade Titanium Alloy Foil (UNS R50550, Grade 3) is packaged using impact-resistant materials to protect the foil from damage. The foil is vacuum-packed within a moisture-resistant barrier pouch, preserving chemical integrity and preventing oxidation. Corrosion-inhibiting agents and protective film layers are employed for enhanced protection. Custom packaging options are available to suit specific handling, shipping, and storage requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Medical Grade Titanium Alloy Foil UNS R50550, Grade 3 FAQs

Q1: What are the key material properties of Medical Grade Titanium Alloy Foil UNS R50550, Grade 3?

A1: Medical Grade Titanium Alloy Foil UNS R50550, Grade 3 is recognised for its strength-to-weight ratio, moderate tensile strength, and notable ductility. It has lower iron content compared to higher grades, enhancing its purity and biocompatibility for medical applications. The corrosion resistance prevents reactions with body fluids, ensuring a reliable implant environment. Additionally, the material’s lower density facilitates lightweight designs, making it advantageous for both orthopaedic and dental uses.

Q2: How can this product be processed or fabricated?

A2: Medical Grade Titanium Alloy Foil UNS R50550, Grade 3 can be processed through precision cold rolling, ensuring tight dimensional tolerances and a uniform microstructure. It is commonly annealed to refine grain size and enhance mechanical properties, improving malleability for drawing or stamping operations. Additionally, laser cutting or specialised stamping techniques may be used to ensure precise dimensional control without compromising the foil’s biocompatibility or corrosion-resistant characteristics.

Q3: Which quality standards and certifications apply to Medical Grade Titanium Alloy Foil UNS R50550, Grade 3?

A3: Medical Grade Titanium Alloy Foil UNS R50550, Grade 3 typically meets or exceeds ASTM B265 specification for titanium and titanium alloy strip, sheet, and plate. Furthermore, manufacturers often adhere to ISO 13485 for medical device quality management, ensuring traceability and consistent production processes. Many suppliers also maintain AS9100 or similar certifications for aerospace-grade reliability, guaranteeing the foil’s safety, performance, and compliance with industry and regulatory requirements.

Related Information

1. Material Properties and Advantages

Medical Grade Titanium Alloy Foil UNS R50550, Grade 3 offers a combination of strength, corrosion resistance, and biocompatibility. Engineered into a foil shape with customised dimensions, this titanium alloy is widely used for medical applications where reliability and patient safety are essential. The low density of Grade 3 titanium reduces overall weight, making it an appropriate choice for lightweight implantable devices and precision instruments used in complex surgical procedures.

Unlike many other metal foils available, this specific alloy resists unwanted chemical reactions and maintains stability under fluctuating environmental conditions. This reliability is critical in biomedical settings where repeated sterilisation cycles are required. Additionally, UN50550 titanium foil supports advanced design possibilities by accommodating fine tolerances while maintaining structural integrity across various thicknesses.

2. Applications in Advanced Industries

Aerospace manufacturing fields rely on Medical Grade Titanium Alloy Foil UNS R50550, Grade 3 for components that require lightweight construction without compromising durability. Customised foil dimensions enable precise fitting within intricate assemblies, allowing engineers to develop designs for satellites, aircraft, and propulsion systems. The foil’s high strength-to-weight ratio minimises stress on supporting structures, enhancing safety and extending component life spans.

As industries such as electronics and automotive also benefit from the alloy’s unique properties, this foil has become a versatile material in multiple sectors. Its resistance to corrosive agents makes it suitable for devices exposed to harsh operating environments, while formability facilitates complex geometries essential for miniaturised electronic parts. Overall, the profile of UNS R50550 ensures that Grade 3 titanium foil remains a preferred choice for applications where performance and reliability are priorities.