More Trademarked Products!

Posted by Sam Kelton | August 28, 2019

We are at it again! Triangle Pump Components, Inc. (TPCI) has trademarked more products to distinguish us from the rest of the pack. With so many products on the market today, trademarked names can help identify the efficient, quality products from the generic ones. So without further delay, here are our newly trademarked products . . . 

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Vibration and Cavitation as Related to Reciprocating Pump Valves

Posted by Sam Kelton | July 19, 2019

In a perfect reciprocating pump system, suction and discharge valves should gently open and close as the plunger reaches its full stroke extension into the fluid end or full point of retreat back toward the power end. However, we all know we don’t live in a perfect world and this perfect functionality is never the reality. There is always some lag time in the opening with any model pump valve. The problem is - the more lag, the greater the problem for the pump.

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Update on Our Trademarked Products

Posted by Sam Kelton | July 8, 2019

UPDATE:  Triangle Pump Components, Inc. (TPCI) is proud to announce that the CavPack® Valve Set, Resista® AR Valve, and the DynaRod® Extension Rods have been granted "Registered" trademark status!

Below is a review of the meanings behind the newly registered product names.

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Do Spherical Valves Trump All?

Posted by Sam Kelton | June 13, 2019

Spherical valves are just one of the many valves working in high-pressure applications today in reciprocating pumps. It is a common belief that a valve is a valve and that they are equal regardless of type. While this is true in the sense that all valves allow or inhibit the flow of fluids, there are minute differences that make one valve preferable over another in any application. Let’s take a brief look at the most common types of valves used in reciprocating pumps with some of the advantages and disadvantages of each.

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The Efficiency of Reciprocating Pumps

Posted by Sam Kelton | May 8, 2019

Reciprocating pumps are useful in various applications. These specialized pumps have countless uses, but their main use is to pump liquids.

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Reciprocating Plunger Pump

Posted by Sam Kelton | May 1, 2019

Industrial applications that require high-pressure system components often rely on plunger pumps for successful operation. These pumps see frequent use in process technology and cleaning applications.

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Introducing our WG Sphera Series!

Posted by TPCI | April 10, 2019

In our industry there has been a shift from the somewhat standard pumping system requirements of the 60’s and 70’s to specifications that are more demanding and application specific. Today’s pumping system professionals are forced to find innovative means of increasing system output, albeit marginally, to meet the ever increasing demands of their markets. As performance expectations rise, so does the demand for valves that leverage price with increased performance. There hasn’t been a realistic and cost efficient solution to this problem until now.

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We Are Celebrating Our 100th Year!

Posted by TPCI | March 29, 2019

This year TPCI celebrates 100 years providing quality products, reliable support, & expert solutions.

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Preventing Suction System Problems in Reciprocating Pumps

Posted by Sam Kelton | March 13, 2019

Reciprocating plunger pumps are a type of positive displacement pump that drives liquid at high pressures in a variety of industrial applications. They operate by creating changes in pressure using a moving component known as a plunger which, on its outward motion, draws fluid into the chamber through the suction valve; then on its inward motion, opens up the discharge valve and pushes the fluid out a delivery pipe at a rapid velocity. Working with the plungers are the pump valves, plunger packing and stuffing box components to ensure optimal performance.

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Sea Level Basics for Reciprocating Pumps

Posted by Sam Kelton | October 17, 2018

Pump cavitation is a phenomenon that can wreak havoc on even the most durable and robust pumping systems. Blame is often unfairly cast on the construction of the pump itself. However, most times, cavitation is the result of poor system design, lack of maintenance, and improper understanding of the environmental factors that contribute to pump performance, such as sea level and vapor pressure.

The key to preventing pump damage lies in a sound understanding of a parameter called the net positive suction head (NPSH). To avoid cavitation, the pressure at all points of the fluid must remain above the vapor pressure; in other words, the available net positive suction head (NPSHa) must be sufficiently larger than net positive suction required (NPSHr) at the pump inlet.

The NPSHa is determined by the following formula:

NPSHa = Pa +/- Pg +/- Pz – Pvp – Pf – Pac

Where:

Pa = Atmospheric pressure

Pg = Gauge pressure at the supply tank

Pz = Head or lift pressure

Pvp = Vapor pressure of the liquid at its actual temperature

Pf = Pressure required to overcome friction

Pac = Acceleration pressure

Here, we will look at the various factors that affect the NPSHa value and how they influence cavitation.

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