Trending Nw16 To 1.33" Conflat Straight Reducer (nw16x133-ve) Save 85% Now [ijHnTQUl]

NW16 to 1.33" Conflat Straight Reducer

Introducing the Trending Nw16 To 1.33" Conflat Straight Reducer (nw16x133-ve) Save 85% Now [ijHnTQUl], a versatile and essential component for high vacuum systems. This reducer is designed to connect NW16 (KF16) flanges to 1.33" OD Conflat Flanges (CF), making it an ideal choice for various applications requiring precise and reliable connections.

Key Features and Specifications

The NW16 to 1.33" Conflat Straight Reducer boasts several notable features and specifications:

• High Vacuum Compatibility: Engineered for use in high vacuum systems, ensuring optimal performance and longevity.
• Flange to Flange Design: Offers a straightforward connection between NW16 and Conflat flanges, simplifying installation and maintenance.
• Material and Durability: Constructed from high-quality materials, the reducer is resistant to corrosion and temperature extremes, providing long-lasting performance.
• Technical Specifications
  • NW16 Flange OD: 1.18"
  • Centering Ring Counter Bore: 0.68"
  • 1.33" OD CF Conflat Flange: 0.75" Tube OD, Non-Rotatable, 6 Clearance (Thru) Holes, 0.172" Bolt Hole Diameter

Practical Applications and Benefits

Whether you're working on a research project or a commercial application, the NW16 to 1.33" Conflat Straight Reducer offers numerous benefits:

• Universal Compatibility: This reducer is compatible with a wide range of NW16 and Conflat flanges, making it a versatile choice for various systems.
• Improved System Performance: By ensuring a secure and leak-proof connection, the reducer contributes to the overall performance and efficiency of your high vacuum system.
• Time and Cost Savings: Its straightforward design and compatibility make installation and maintenance a breeze, saving you both time and money.

With its exceptional quality and reliable performance, the NW16 to 1.33" Conflat Straight Reducer is a must-have component for anyone involved in high vacuum applications.