Today's Deal Aro 635193 High Volume Non-metered Fluid Control Handle Unlock 80% Savings [Eeycaqd4]

High-Volume Non-Metered Fluid Control Handle by ARO

The Today's Deal Aro 635193 High Volume Non-metered Fluid Control Handle Unlock 80% Savings [Eeycaqd4] is a versatile tool designed for efficient handling of high-volume fluids such as motor oil, gear oil, and transmission fluid. This innovative handle is a must-have for professionals and mechanics who require precise control over fluid flow in various applications.

Key Features and Specifications

The ARO High Volume Non-Metered Fluid Control Handle boasts several features that make it a standout product. It is engineered to be useful for controlling the high volume flow of motor oil, gear oil, or transmission fluid, ensuring that you have the control you need for your specific application. The handle comes equipped with a flexible rubber hose and a non-drip nozzle, making it ideal for use with 1:1 and 3:1 pumps. The non-drip tip ensures that there is no mess or waste, adding to the convenience of its use.

• Flexible rubber hose with non-drip nozzle
• Compatible with 1:1 and 3:1 pumps

Additionally, the handle has a maximum working pressure of 600 PSI (41 bar), making it robust and durable for demanding environments.

• Max working pressure PSI (bar): 600 (41)
• Fluid inlet NPT (F) in (mm): 3/4" (19.1)

Practical Uses and Applications

This ARO High Volume Non-Metered Fluid Control Handle is a versatile tool that finds applications in various industries. Whether you are working on vehicles, machinery, or industrial equipment, this handle provides the necessary control and efficiency. Its robust design and user-friendly features make it an essential addition to any workshop. The handle's weight of 4 lbs ensures that it is both portable and easy to handle.

• Useful for controlling high volume flow of motor oil, gear oil, or transmission fluid
• Weight: 4 lbs

With the ARO High Volume Non-Metered Fluid Control Handle, you can streamline your fluid handling processes, reduce waste, and improve overall efficiency in your work environment.