Product Description
| No. | Height Overall mm | Height of Cylinder mm | Diameter of Cylinder mm | Approximate Weight (Gram) | Approximate Surface Area cm2 |
| NAC 145A | 125 | 045 | 045 | 034 | 125 |
| NAC 145A | 140 | 032 | 032 | 019 | 070 |
| NAC 145A | 140 | 032 | 032 | 013 | 0.75 |
| NAC 145A | 150 | 045 | 045 | 031 | 125 |
| NAC 145A | 170 | 045 | 025 | 036 | 070 |
| NAC 145A | 140 | 030 | 010 | 010 | 0.35 |
| NAC 145A | 150 | 045 | 045 | 028 | 120 |
| NAC 145A | 130 | 050 | 030 | 016 | 095 |
| NAC 145A | 140 | - | - | 013 | 018 |
Superior Material and ConstructionCrafted from a platinum-iridium alloy (90% platinum, 10% iridium by weight), these electrodes boast remarkable density (~21.6 g/cm) and a melting point around 2270C. Their construction guarantees high mechanical strength, corrosion resistance, and biocompatibility, making them ideal for demanding medical and laboratory applications.
Flexible Customization to Suit Your NeedsAvailable in round, rod, wire, or sheet forms, electrodes are precision-machined to custom dimensions as specified by the user. Both polished and application-specific surface finishes are provided to match diverse electrochemical, medical, and industrial instrumentation requirements.
Long-Term Performance and ReliabilityEngineered for exceptional electrode potential stability and electrical conductivity, these platinum-iridium electrodes support long-term, stable performance in harsh environments. Their high-temperature resistance (up to 1200C) and durable lifespan provide users with the confidence needed for sensitive devices and high-stress laboratory equipment.
FAQs of Platinum 10% Iridium Electrodes:
Q: How can Platinum 10% Iridium Electrodes be customized for specific applications?
A: These electrodes can be tailored in terms of shape (round, rod, wire, sheet) and dimensions (length, width, height) to meet individual project requirements. Surface finish options and manual or custom control types are also available upon request.
Q: What benefits do Platinum 10% Iridium Electrodes offer in medical devices and laboratory equipment?
A: They provide excellent electrode potential stability, high corrosion resistance, biocompatibility, and longevityqualities critical for reliable performance in pacemakers, sensors, and laboratory instrumentation.
Q: When should I choose a platinum-iridium electrode with 10% iridium for my application?
A: Select this electrode when your application demands stable electrical properties, resistance to corrosive environments, and long-term mechanical integrityespecially in medical, laboratory, or electrochemical settings.
Q: Where are these electrodes typically used?
A: They are primarily used in pacemaker electrodes, electrochemical sensors, laboratory instruments, and other high-performance medical or electrochemical devices requiring dependable electrical conductivity and biocompatibility.
Q: What is the manufacturing process for Platinum 10% Iridium Electrodes?
A: The process involves alloying high-purity platinum with iridium (10% by weight), precision forming into specified shapes, and finishing surfaces to either a polished or custom texture, ensuring optimal performance and quality.
Q: How do I request a custom size or shape for my electrode?
A: You can contact the supplier or manufacturer directly, providing your detailed specifications regarding dimensions, required surface finish, and application to receive a customized solution.