Brief: Discover the Precision-Engineered Platinum Iridium Ring, designed for laboratory and analytical equipment. Offering exceptional chemical stability, high-temperature resistance, and mechanical durability, this ring is ideal for harsh environments. Learn about its applications, material advantages, and industry trends.
Related Product Features:
Precision-engineered for laboratory and analytical equipment with high chemical stability.
Composed of 90-97% platinum and 3-10% iridium for enhanced durability.
Resistant to high temperatures up to 1850°C, perfect for extreme conditions.
Exceptional corrosion resistance and oxidation protection for long-term use.
Biocompatible and non-reactive, suitable for medical and biochemical devices.
Superior electrical and thermal conductivity for sensor integration.
Manufactured using vacuum induction melting and precision forging for high purity.
Customizable dimensions and compositions to meet specific instrument requirements.
Faqs:
What is the typical composition of DLX Pt-Ir Rings?
Standard composition is 90% platinum and 10% iridium, with custom ratios from 90-97% platinum based on performance requirements.
Why is iridium added to platinum for rings?
Iridium enhances hardness, wear resistance, and thermal stability, improving the durability of the ring under extreme conditions.
What are the main applications of Pt-Ir rings?
They are widely used in laboratory supports, high-temperature analytical instruments, thermocouples, electrodes, and precision sensors.
Can DLX provide custom dimensions or tolerances?
Yes, we offer fully customized rings with precise outer diameter, inner diameter, and thickness tolerances suitable for micro-instrumentation.
Are Pt-Ir rings biocompatible?
Yes. DLX Pt-Ir rings are chemically inert and safe for use in medical and biochemical equipment.