Home of over 3400 Blackmer Parts

For a limited time, maximum $99 shipping within the Contiguous U.S.

KI Pumps & Systems, Inc.  |  SKU: NP2.5F

NP2.5F Standard Sliding Vane Pump

Sale price $ 4,212.00 Regular price $ 4,680.00

Delivery and Shipping

We ship in stock items same day. If it needs to be ordered we will ship it out to you the day it arrives.

If you have any questions you can reach us at (262) 646.4500 or click here

Description

Equipped with Self-Lubricating Internal Sleeve Bearings for Maintenance Free Performance

NP2.5F is specifically designed to offer maximum versatility for handling a wide variety of clean non-corrosive liquids, NP Series Sliding Vane Pumps, which are part of the Iron Line, is general purpose positive displacement pumps ideal for applications where high temperature, high pressure, high viscosity and/or shaft sealing requirements dictate a sleeve bearing pump are used. The key to the NP Series' versatility is the Blackmer® unique sliding vane rotor design that provides sustained, high level performance over a wide viscosity range. Slow operating speeds and non-pulsating flow minimize the shear and agitation of the fluid.

Frequently Asked Questions

What types of liquids is the NP2.5F Standard Sliding Vane Pump suitable for?
The NP2.5F Standard Sliding Vane Pump is ideal for handling a wide variety of clean, non-corrosive liquids, especially in applications with high temperature, high pressure, high viscosity, or shaft sealing requirements.
How does the self-lubricating internal sleeve bearing in the NP2.5F improve its performance?
The self-lubricating internal sleeve bearing provides maintenance-free performance by reducing the need for external lubrication, ensuring consistent operation and longer service life.
What are the key advantages of using the NP2.5F Standard Sliding Vane Pump in high-temperature or high-pressure applications?
The NP2.5F offers high versatility with its durable rotor design, making it effective in demanding conditions such as high temperature and high pressure, while providing slow speeds and non-pulsating flow that minimize fluid shear and agitation.