One piece KF50 11/2' Stainless Steel PT Internal Thread Vacuum Flange Joint with Milled Edge Inner Thread Joint This single piece stainless steel vacuum flange joint is designed for KF50 systems. It features an internal PT thread (11/2' size) and a milled edge for secure, uniform mating with compatible components. Built for durability in vacuum environments, it provides a reliable, leaktight connection with standard KF hardware. Key benefits Durable stainless steel construction resists corrosion and maintains vacuum integrity over time. KF50 flange size supports robust seals and easy compatibility with standard KF hardware. Internal PT thread (11/2' size) enables direct connection to PTthreaded components without adapters. Milled edge facilitates secure clamping and smooth mating with compatible flanges. Singlepiece design minimizes potential leak points and simplifies assembly. Key attributes Functionality: Vacuum flange joint for KF50 systems with internal PT thread Compatibility: KF50 standard; PT internal thread fittings Size: KF50 flange; internal thread size 11/2' PT Material: Stainless steel Feature: Milled edge for improved mating and clamping Quantity: 1 piece Specifications (as described by the product title) KF50 vacuum flange joint Internal PT thread, 11/2' size Stainless steel construction Milled edge Inner thread joint One piece Use cases Connecting a PTthreaded valve or pump to a KF50 vacuum line in a laboratory or manufacturing setting Integrating into a small vacuum chamber or glovebox that requires a KF50 to PT threaded connection Replacing worn or leaking internalthread joints in a KF50 vacuum system to restore secure, leaktight performance Notes on compatibility and performance Designed for standard KF50 assemblies and PTthreaded components; ensure appropriate matching threads and clamp hardware for a secure seal. Suitable for vacuum applications where corrosion resistance and durability are important, thanks to stainless steel construction. The milled edge supports precise alignment and reliable clamping during installation.