Thanksgiving Deal Opw 3650f-0302 Aluminum 3" Double Swivel Joint, 150# Flanges Flash Sale: 80% Off [y2i3xCPt]

OPW 3650F-0302 Aluminum Swivel Joint, 150# Flanges

The OPW 3650F-0302 Aluminum 3" Double Swivel Joint is a top-tier component designed for robust performance in demanding environments. Engineered with precision and crafted from high-quality aluminum, this double swivel joint is built to withstand heavy loads and frequent movement. With its 150# ANSI flanges at both ends, it ensures secure connections in various applications, making it an ideal choice for the apex of a railroad fuel crane.

• End Connections: 3" 150# ANSI Flanges for durability and reliability.
• Material: Cast Aluminum for exceptional strength and corrosion resistance.

Key Specifications and Features

The OPW 3650F-0302 double swivel joint boasts an array of specifications and features that make it stand out. Its dual race ball bearings ensure smooth rotation and long-lasting performance, while the fluorocarbon (Viton) seals offer excellent resistance to chemicals and heat. The aluminum body, combined with the 150# ANSI flanges, guarantees robustness and a perfect fit for heavy-duty operations.

• Seal Material: Fluorocarbon (Viton) for superior sealing performance.
• Bearing Type: Dual Race Ball Bearings for smooth operation and extended life.

Practical Applications and Benefits

Whether you are working on a railroad fuel crane or any other heavy-duty application, the OPW 3650F-0302 Aluminum 3" Double Swivel Joint is designed to enhance your workflow. Its versatility in terms of materials and end connections allows for easy integration into a wide range of systems. With its ability to withstand harsh conditions and maintain smooth operation, this swivel joint is a must-have for professionals who demand reliability and efficiency.

• Industry Use: Commonly found at the apex of a railroad fuel crane, suitable for numerous heavy-duty applications.
• Performance: Withstands challenging environments, ensuring seamless operation in all conditions.