PT8178 Platinum Iridium Marker Band, Pt10Ir OD. 0.60 mm

Platinum Iridium Marker Band, Pt10Ir OD. 0.60 mm Description

This Platinum Iridium Marker Band is manufactured from Pt10Ir, a premium alloy featuring 90% platinum and 10% iridium. With an outer diameter of 0.60 mm, an inner diameter of 0.36 mm, and a length of 0.35 mm, it provides exceptional durability and precision for advanced medical device applications. The combination of platinum’s outstanding biocompatibility and iridium’s superior strength ensures reliable performance under high-stress conditions. Additionally, the high density and radiopacity inherent in the Pt10Ir alloy allow accurate imaging and positioning during surgical procedures.

Each marker band is produced under rigorous quality standards, guaranteeing consistent dimensions, minimal impurities, and an optimised surface finish. By choosing Pt10Ir, you invest in a material with proven reliability and corrosion resistance, making it an ideal solution for catheter marker bands, stent placements, and other device applications requiring precise, long-lasting functionality.

Platinum Iridium Marker Band, Pt10Ir OD. 0.60 mm Applications

Platinum Iridium Marker Bands featuring a Pt10Ir alloy with an outer diameter of 0.60 mm are widely used for applications requiring high radiopacity, biocompatibility, and exceptional strength. Their corrosion resistance and mechanical stability make them suitable for demanding environments in healthcare, electronics, and aerospace. These marker bands offer precision, reliability, and versatility, ensuring optimal performance in industries requiring advanced materials and meticulous engineering.

1. Medical Applications

·         Radiopaque Markers: Provide enhanced visibility under fluoroscopy for precise implant positioning

·         Catheter Reinforcements: Add structural integrity and durability while maintaining flexibility

2. Electronics Applications

·         Conductive Contacts: Ensure reliable electrical connections in intricate circuit designs

·         Micro-Sensors: Support sensitive, high-accuracy measurements in compact devices

3. Aerospace Applications

·         Satellite Components: Deliver strength and corrosion resistance for orbital and deep-space missions

·         High-Temperature Pin Connectors: Maintain performance under extreme temperature fluctuations and stress

Platinum Iridium Marker Band, Pt10Ir OD. 0.60 mm Packaging

Each Platinum Iridium Marker Band (Pt10Ir, OD 0.60 mm) is carefully packaged using shock-absorbent foam inserts and vacuum-sealed foil pouches to maintain cleanliness. A corrosion-resistant sleeve and silica gel packets provide further protection against oxidation and humidity. Customisable labelling ensures precise identification and supports a range of branding requirements. This packaging system safeguards product integrity during transit and storage while offering flexibility to accommodate specific client preferences.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Platinum Iridium Marker Band, Pt10Ir OD. 0.60 mm FAQs

Q1: What are the key material properties of Platinum Iridium Marker Band, Pt10Ir OD. 0.60 mm?

A1: Platinum Iridium alloy with 10% iridium (Pt10Ir) is valued for its high density, biocompatibility, and exceptional corrosion resistance. Its radiopaque nature makes it ideal for marker band applications in medical devices. The OD of 0.60 mm provides a fine balance between durability and flexibility. Pt10Ir also offers excellent mechanical strength and ductility, allowing for precise fabrication and reliable positioning in critical procedures.

Q2: How can Platinum Iridium Marker Band, Pt10Ir OD. 0.60 mm be processed or fabricated?

A2: Marker bands made from Pt10Ir with an OD of 0.60 mm are typically fabricated through precision tube drawing, laser cutting, and micro-machining techniques. The process often begins with the casting or forging of the alloy, followed by successive drawing or rolling operations to achieve the required diameter. Heat treatments can be applied to improve ductility, while stringent dimensional checks ensure tight tolerances. Surface finishing and inspections finalise the manufacturing process.

Q3: Which quality standards and certifications apply to Platinum Iridium Marker Band, Pt10Ir OD. 0.60 mm?

A3: Pt10Ir marker bands are frequently produced under ISO 9001 or ISO 13485 certified conditions to ensure consistent quality, particularly for medical device applications. Materials must meet or exceed ASTM standards for platinum and platinum alloys, and strict documentation of traceability is often required. Additional regulatory approvals, such as FDA registration or CE marking, may apply, depending on the final device’s intended use and geographic market requirements.

Related Information

1. Material Properties and Advantages

Touting a Pt10Ir composition, the Platinum Iridium Marker Band with dimensions of OD0.60*ID0.36*L0.35 mm exhibits exceptional resistance to corrosion and wear. This balanced alloy composition bolsters its mechanical strength and ensures stable performance in dynamic environments, such as those found in medical procedures or high-precision instrumentation. The marker band’s platinum content provides a high degree of biocompatibility and a reliable radiopacity, making it ideal for implantable devices that require exact positioning and monitoring.

Enhancing its functional advantages, the Pt10Ir marker band shape capitalises on platinum’s ductility and iridium’s durability. Thanks to these combined traits, the marker band demonstrates a remarkable capacity to endure mechanical stress while maintaining its form and functionality. This blend of platinum and iridium also imparts electrical conductivity qualities, expanding its potential uses in advanced sensors, diagnostic tools, and targeted therapeutic devices.

2. Applications in Advanced Industries

Capturing worldwide attention, the Platinum Iridium Marker Band with an OD of 0.60 mm, an ID of 0.36 mm, and a length of 0.35 mm finds widespread application in fields such as aerospace, optoelectronics, and interventional cardiology. In aerospace engineering, its small footprint and impressive endurance make it a fitting choice for critical navigational instruments that must operate without failure under extreme conditions. Meanwhile, optoelectronic systems rely on the Pt10Ir marker band for its consistent signal integrity and compatibility with compact designs.

The marker band’s radiopacity and precision shaping enable more accurate placement and tracking in devices used for minimally invasive procedures. As a result, advanced catheter-based treatments and other interventional systems benefit from the exact sizing and lasting stability of this Pt10Ir component. Beyond healthcare, this enduring alloy continues to influence other advanced industries by offering reliable dimensional consistency for elaborate assembly processes and demanding environmental requirements.