PT8182 Platinum Iridium Marker Band, Pt10Ir OD. 2.50 mm

Platinum Iridium Marker Band, Pt10Ir OD. 2.50 mm Description

This high-performance Platinum Iridium (Pt10Ir) Marker Band offers exceptional radiopacity and corrosion resistance, making it ideal for medical device applications requiring precise visualisation and reliable longevity. Manufactured to exacting standards, the OD2.50 × ID2.40 × L1.20 mm dimensions ensure accurate sizing and seamless integration into catheters and other interventional systems. The unique Pt10Ir alloy features a 90% platinum and 10% iridium composition, providing improved strength, ductility, and biocompatibility without compromising flexibility.

Adhering to strict quality controls, each marker band undergoes rigorous testing to guarantee consistent tolerances and performance. Its stability under various environmental conditions and minimal risk of distortion or breakage further solidify its position as a trusted choice for advanced medical procedures, ensuring enhanced patient safety and optimal outcomes.

Platinum Iridium Marker Band, Pt10Ir OD. 2.50 mm Applications

Platinum Iridium Marker Band, Pt10Ir OD. 2.50 mm is renowned for its high corrosion resistance and mechanical strength, making it a prime choice for a wide range of industrial and commercial applications. Its biocompatible properties, durability, and conductivity further enhance its appeal across multiple sectors. Below are a few potential uses of this specialised alloy across various industries.

1. Medical Device Applications

·         Marker Bands for Stents: Enable precise placement and enhanced visibility in minimally invasive procedures

·         Cardiac Catheters: Provide dependable radiopaque guidance for accurate diagnostics

·         Radiopaque Implants: Offer improved imaging contrast for critical medical interventions

2. Industrial Equipment

·         Corrosion-Resistant Sensors: Maintain accuracy in harsh chemical or moisture-rich environments

·         High-Precision Adapters: Ensure reliable connectivity in sensitive machinery

·         Electrochemical Substrates: Support consistent performance in electrode-based processes

3. Aerospace

·         Thermal Shielding Components: Withstand extreme temperatures for spacecraft and high-altitude applications

·         High-Stress Fasteners: Reinforce structural integrity in demanding systems

·         Satellite Connector Pins: Secure critical connections while minimising signal loss in orbital devices

Platinum Iridium Marker Band, Pt10Ir OD. 2.50 mm Packaging

Each Platinum Iridium Marker Band, Pt10Ir OD. 2.50 mm is carefully sealed in vacuum-packed, robust packaging that includes specialised foam inserts. A corrosion-resistant liner is integrated to protect the marker band from moisture. Additional barrier films safeguard surfaces during transit. The packaging is fully customisable to meet specific size and branding requests. Protective materials ensure product integrity until final use.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Platinum Iridium Marker Band, Pt10Ir OD. 2.50 mm FAQs

Q1: What are the key material properties of Platinum Iridium Marker Band, Pt10Ir OD. 2.50 mm?

A1: Platinum Iridium Marker Band, Pt10Ir OD. 2.50 mm, typically containing 90% platinum and 10% iridium, exhibits high radiopacity, excellent biocompatibility, and remarkable corrosion resistance. This alloy also provides enhanced mechanical strength compared to pure platinum, ensuring durability under demanding physiological conditions. The platinum component offers radiographic visibility, while iridium contributes mechanical stability, making it ideal for medical device marker applications.

Q2: How can Platinum Iridium Marker Band, Pt10Ir OD. 2.50 mm be processed or fabricated?

A2: Manufacturers typically employ precision machining, drawing, and swaging techniques to form Platinum Iridium Marker Band, Pt10Ir OD. 2.50 mm into the exact dimensions needed. Laser cutting may also be used to achieve intricate shapes and tight tolerances. Heat treatments can optimise mechanical characteristics, while specialised surface finishing methods enhance smoothness. Strict process controls ensure uniform alloy composition and compliance with stringent medical device manufacturing requirements.

Q3: Which quality standards and certifications apply to Platinum Iridium Marker Band, Pt10Ir OD. 2.50 mm?

A3: Commonly, Platinum Iridium Marker Band, Pt10Ir OD. 2.50 mm is produced under ISO 13485 and ISO 9001 quality management systems to meet stringent medical device standards. Additionally, ASTM F2063 and related specifications guide material testing and purity certification for platinum-based alloys. Advanced inspection methods, including X-ray fluorescence and dimensional verification, validate compliance. Adhering to these standards ensures product consistency, reliability, and safety in medical applications.

Related Information

1. Material Properties and Advantages

Manufactured from a Pt10Ir alloy, the Platinum Iridium Marker Band (OD2.50*ID2.40*L1.20 mm) is well-suited for applications requiring extraordinary radiopacity and mechanical strength. The presence of 10% iridium within the platinum matrix enables exceptional resistance to corrosion while maintaining superior biocompatibility. This unique balance of durability and stability ensures that the marker band retains its shape during intricate procedural placements.

In addition, the cylindrical shape of this marker band offers consistent and secure attachment to various medical and industrial components. By combining the Pt10Ir composition with precise dimensional tolerances, the product achieves a smooth surface finish and avoids any compromise in device integrity or imaging clarity.

2. Applications in Advanced Industries

Approved across multiple segments, the Pt10Ir marker band is commonly employed in medical imaging equipment, cardiovascular interventions, and micro-scale engineering projects. Its 2.50 mm outer diameter and 2.40 mm inner diameter allow seamless integration into catheters and other tubular devices, providing strong anchoring points without adding unnecessary bulk.

The combination of platinum’s radiographic visibility and iridium’s hardness allows the component to excel in high-precision robotics, sensor arrays, and modern manufacturing systems. These fields require reliable parts with minimal risk of structural failure, making the Pt10Ir marker band a prime choice for those seeking long-term reliability under challenging conditions.