PT10737 Platinum Flat Wire Coil for Catheter

Platinum Flat Wire Coil for Catheter Description

Platinum Flat Wire Coil for Catheter is manufactured from platinum with a refined flat wire structure optimised for catheter applications. The coil features a low-profile design that facilitates integration into complex medical devices. Its physical properties, including chemical inertness and biocompatibility, support safe use in medical environments. The flat wire configuration enables precise control over coil dimensions, improving performance in devices where space and flexibility are critical.

Platinum Flat Wire Coil for Catheter Characteristics

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

Platinum Flat Wire Coil for Catheter Applications

Healthcare Applications
- Used as a conductor in catheter tip sensors to achieve effective signal transmission by leveraging the biocompatible and corrosion-resistant properties of platinum.
- Applied as a coil in diagnostic devices to enable precise sensor readings by utilising its flat geometry for space efficiency.

Industrial Applications
- Serves as an electrical component in precision instrumentation to manage signal integrity by capitalising on platinum's stable electrical attributes.
- Used as an interconnect in micro-scale devices to optimise conductance performance by taking advantage of its controlled dimensional precision.

Platinum Flat Wire Coil for Catheter Packing

Platinum Flat Wire Coil for Catheter is packaged in sealed, contamination-resistant containers with an inner layer of anti-static material. The packaging design incorporates foam inserts to prevent mechanical damage and ensure proper orientation. Storage instructions advise keeping the product in a dry, temperature-controlled environment with minimal handling to avoid surface contamination. Custom packaging options are available upon request for specific application requirements.

Additional Information

Platinum and its alloys are widely studied for their unique combination of chemical inertness and electrical performance in diverse applications. The material's biocompatibility makes it a frequent subject of research in medical device development, where precise component dimensions are necessary for optimising performance. Advances in metallurgy continue to enhance the processing and fabrication techniques, driving further integration into modern healthcare and precision instrumentation.

The properties of platinum-based components, such as the flat wire coil, are extensively evaluated under stringent laboratory conditions. This evaluation helps establish the performance benchmarks required in environments that demand both material stability and controlled electrical outcomes, reinforcing its role in critical applications.