Hunt Valve Blog

Posted April 27, 2017

Restoring Your Descale Valve: A Deeper Dive into Remanufacturing

In an environment as harsh and rugged as a rolling steel mill, your descale valve is going to need repairs at some point, especially if you haven’t replaced or upgraded your valve in several years. And, with many steel plants using a run-to-failure strategy, chances are simple repairs won’t be enough. You’ll need to remanufacture your valves.

Posted April 18, 2017

How to Detect Internal Descale Valve Leaks Before it Wrecks Your System

If you’ve been in the descaling industry for a long time, you’ve likely encountered your share of valve leaks. Leakage in descale valves can quickly turn into an entire system nightmare. We’ve got a guide that explains how to prevent leakage by selecting the right valve. But what if you have a leak in your current valve? How can you identify a leak and how do you handle it?

Posted April 12, 2017

What You Need to Know About Descale Valve On-Site Maintenance

Maintenance costs are a drain, but necessary to keep your system up and running in good working order. Regularly scheduled on-site maintenance is a convenient way to keep your valves working at their best. Knowing that, what should you look for in on-site maintenance services?

Posted April 04, 2017

How to Solve Your Descale Valve Continuous Prefill Flow Issues

There is a trend in the industry to transition to electro-mechanical actuators from pneumatic actuators. Even before Hunt Valve’s newly acquired Actuator Division, we began implementing electro-mechanical linear actuators to our latest descale valves, the Proportional Poppet Valve and the Mega-Flo C plunger-style valve.

Posted March 28, 2017

Poppet vs. Plunger: The Great Descale Valve Debate

When it comes to descale valves, one of the biggest questions is which type to use: poppet or plunger. While either can be used in most systems, there are situations to choose one over the other. We’ll examine what considerations to keep in mind when choosing, when to use each, and the advantages and disadvantages of each.

Posted March 21, 2017

Breakthrough Descale Valve Technology: Advanced Ceramic Materials

Hunt Valve is leading the way in innovation in the descale valve industry. It’s newest products, namely the Ceramic Proportional Poppet Valve and the Mega-Flo C Plunger Valve, feature advanced ceramic materials in key components of these valves. The ceramic technology makes these the longest lasting descale valves by a long shot over any other valves (up to five times longer for the poppet valve and up to three...

Posted March 14, 2017

New State of the Art Descale Valve Options Reduce Costs for Steel Mills

Our engineers have been working diligently over the past year, refining our proven descale technology to deliver the highest level of durability and reliability of any descale valve in the world. The result is a complete spectrum of descale valve options that help you reduce operating costs for steel producers.

Posted March 07, 2017

Make Your Job Easier with the Breakthrough Mega-Flo C Descale Plunger Valve


What matters to you when it comes to descale valves? Cost savings are key, but that’s not the only consideration. Time and hassle are just as important. When you can save on all three, you’ve hit a descale trifecta. We built our new Mega-Flo C plunger valve to address those three issues.

Posted February 28, 2017

3 Biggest Risk Factors for Leakage in Your Descale Valve System

In a past post, we explained how to minimize leakage in your high-pressure water valve system by choosing a descale valve that operates within its recommended design parameters. However, this is easier said than done. You also need to consider the following risk factors related to operation, flow media and alignment:

Posted February 21, 2017

3 Steps for Choosing High-Pressure Water Valves that Minimize Leakage

High-pressure water valve leakage is the enemy of any hydraulic system operating in a harsh environment. Over time, valve leakage can diminish the performance and efficiency of the system. Excessive stress on the system components can create unnecessary operating, maintenance and replacement costs.

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