Most Wishlisted W65-32u : Afp Square Threaded Flange, Steel, Straight, 2" Nptf Side 1, Square Flange Side 2, Kit With Flange, Bolts, O-rings With Tracking [O8vtX7hr]

W65-32U AFP Square Threaded Flange

Introducing the W65-32U AFP Square Threaded Flange, a versatile and robust component designed for hydraulic systems. This flange is crafted from high-quality steel, ensuring durability and reliability in challenging environments. The straight configuration and 2" NPTF (National Pipe Tapered Fittings) side on one side, combined with a square flange side on the other, offer unparalleled flexibility for various plumbing applications. The kit comes complete with a flange, bolts, and O-rings, making installation a breeze.

Product Properties and Specifications

The W65-32U AFP Square Threaded Flange boasts several key features that set it apart. Its steel construction guarantees strength and longevity, making it suitable for heavy-duty hydraulic systems. The straight design simplifies installation and maintenance, while the square flange side provides additional options for system connections. The kit's inclusion of bolts and O-rings ensures a secure and leak-proof fit. Key specifications include a maximum working pressure that may vary depending on the adaptation to other connections, as noted in the content. This flange is designed to meet the demands of today's fast-paced industrial environment.

Practical Uses and Target Audience

Perfect for design engineers and shop assembly personnel, the W65-32U AFP Square Threaded Flange is an essential tool for hydraulic system plumbing. Its off-the-shelf availability meets the reduced lead time requirements of modern industries, ensuring quick delivery and minimal downtime. Whether you're working on braze tube, welded pipe, threaded ports, or stud ends, this flange offers the versatility you need. Ideal for a wide range of applications, from industrial machinery to mobile equipment, the W65-32U AFP Square Threaded Flange is a reliable choice for professionals seeking high-quality and efficient hydraulic connections.