Metal Hose Assembly: 2 in Hose Inside Dia., 14 in Dynamic Min. Bend Radius (In.), 36 in Hose Lg SKU: 45NF92

SKU: 45NF92

Response Time 1-2hrs (working business hours)

1-2 Day Lead Time (Subject to Change)

SAM.gov CAGE CODE: 8GK08
ANID: AN01044529311
WARNING: We are not responsible for the misuse of our products. These products may cause cancer.

The Metal Hose Assembly: 2 in Hose Inside Dia., 14 in Dynamic Min. Bend Radius (In.), 36 in Hose Lg SKU: 45NF92 is engineered for durability and efficiency, making it an indispensable component in various industrial applications. This robust assembly is designed to withstand high pressures while offering exceptional flexibility and reliability.

Key Features

  • 2-inch Hose Inside Diameter: Ensures optimal flow rates for liquids and gases.
  • 14-inch Dynamic Minimum Bend Radius: Allows for smooth turns without compromising the integrity of the hose.
  • 36-inch Hose Length: Ideal for a variety of setups, providing ample reach for your installation needs.

Benefits

Investing in the Metal Hose Assembly guarantees enhanced performance in demanding environments. Its corrosion-resistant materials promote longevity, while the engineered bend radius minimizes energy loss and wear on connectors. This makes it perfect for applications in manufacturing, automotive, and chemical processing industries.

Use Cases

Whether you are replacing an existing hose or designing a new system, the Metal Hose Assembly: 2 in Hose Inside Dia., 14 in Dynamic Min. Bend Radius (In.), 36 in Hose Lg SKU: 45NF92 is versatile enough for various applications, including:

  • Fluid transfer in heavy machinery.
  • Conveying gases in high-temperature environments.
  • Industrial vacuum systems requiring flexible connections.

Choose the Metal Hose Assembly for a reliable, high-performance solution that meets the demands of your industry.

HoseLifter | Heavy Duty | 6-8”

High Quality Rust Prevention Frame & Bearings. 6”-8”Hose. Made for onshore | offshore environments.

Order Today

Need Something Else?