Durable 2.75" Cf To 2.12" Cf Reducing Tee (275x212-rdt) - Today Only [zc4C2Os6]

2.75" CF to 2.12" CF Reducing Tee

Introducing our precision-engineered 2.75" CF to 2.12" CF Reducing Tee, a versatile and essential component for high-performance applications. This flange to flange reducing tee is designed for ultra-high vacuum (UHV) systems, ensuring seamless transitions and optimal performance. With its robust construction and precise specifications, this tee is a must-have for engineers and professionals in various industries.

Product Specifications and Features

Our 2.75" CF to 2.12" CF Reducing Tee is crafted from high-quality 304 stainless steel, renowned for its durability and resistance to corrosion. The tee features an OD polish for a smooth finish, ensuring a leak-free connection. Key specifications include:

• Outer Diameter (OD): 2.46" for side A and 2.29" for side B
• Tube Outer Diameter: 1.50" for the 2-3/4" OD CF Conflat Flange and 1.00" for the 2.125" OD Conflat Flange
• Bolt Hole Diameter: 0.265" for secure fastening
• Clearance Holes: 6 for the 2-3/4" OD CF Conflat Flange and 4 for the 2.125" OD Conflat Flange

This tee is compatible with various flange equivalents, including 275CF, CF35, CF38, CF40, CF275, DN35CF, DN40CF, NW35CF, CF212, DN25CF, NW25CF, 212CF, and 2-1/8" CF.

Applications and Benefits

The 2.75" CF to 2.12" CF Reducing Tee is an indispensable tool for a wide range of applications, particularly in the fields of research, aerospace, and semiconductor manufacturing. Its ultra-high vacuum compatibility makes it ideal for precise and demanding environments. By choosing this tee, you benefit from:

• Seamless Performance: Ensures airtight connections and optimal flow in UHV systems
• Longevity: High-quality materials and construction ensure a long service life
• Convenience: Simplifies the assembly and maintenance of UHV systems

With its superior quality and versatility, the 2.75" CF to 2.12" CF Reducing Tee is a smart investment for any professional seeking excellence in UHV fittings.