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5 Reasons Our Butterfly Valves Are The Best
A butterfly valve restrains the flow of any sort of semi-liquid or liquid you need to process, such as waste, oil, water, or gas. What makes it different from a regular valve is it has a disk that covers the passage to stop the flow or to diminish or enlarge it. With their functionality being so integral to safe operations at a processing plant, butterfly valves must be held to the utmost high standards.Ары қарай оқу -
Comparing Butterfly Valves: Triple Offset vs. Zero And Double Offset
Zero Offset Butterfly Valve - Rubber Seated The disc rotates around the center axis allowing for a potential 360º rotation. Sealing is achieved by the Disc deforming the soft seal resulting in full friction through the full operating cycle. Double Offset Butterfly Valve - High Performance To allow...Ары қарай оқу -
Why Choose Triple Offset Valve Over Ball Valves?
It’s important to pick the ideal device for your chemical or power plant, and the type required depends on its application. Triple offset butterfly valves are often considered the highest standard for virtually any application because they are durable, long-lasting and require minimum maintenance. However, when you’re trying to cut overhead costs while putting a processing plant together, it’s tempting to consider using a ball valve. In this post, we’ll look at why a triple offset valve is still a more cost-effective, safe and efficient choice for your processing application.Ары қарай оқу -
4 Applications Where A Triple Offset Valve Is The Best Choice
Triple offset valves are less susceptible to wear and tear corrosion, and degradation, which makes them the most leak-proof and disaster-proof option for certain applications. Triple offset technology is made without materials that are vulnerable to corrosion. They’re the most durable option regardless of the temperature, pressure level or chemical reactivity of the materials they process.Ары қарай оқу -
What is SIL? Understanding Its Importance in Butterfly Valve Safety
There are huge safety risks that come with using the wrong type of butterfly valve for the temperature and pressure level of your application. Poorly installed butterfly valves can also cause problems. However, even when using a properly installed butterfly valve within its design limits of pressure and temperature, there can be valve failures that result in dangerous leaks.Ары қарай оқу -
General Service Vs High-Performance Butterfly Valves: What’s The Difference?
There’s a lot that goes into choosing the right butterfly valve for your application. Different butterfly valves are built to withstand different temperatures and pressure levels, so it’s important you know the ins and outs of your application to find one that suits your needs. Once you know the temperatures you need your butterfly valve to endure and other properties of the fluids or gases the butterfly valve will make contact with, you can decide whether you require a general service or high-performance butterfly valve. In this post, we’ll compare and contrast the two types and look at the applications for which each is better suited.Ары қарай оқу -
Is Triple Offset Butterfly Valve Right For Your Application?
Butterfly valves are used for large-scale processing applications that require quick, leak-proof opening and closing. A triple offset butterfly valve is a type of butterfly valve specially engineered to fix the shortcomings of other butterfly valve types. By design, it is the highest level of butterfly valves and can work in any type of processing, including high-pressure and high-temperature environments other butterfly valves just can’t handle.Ары қарай оқу -
Anatomy Of A High Performance, Double Offset, Butterfly Valve
High-performance butterfly valves are an essential component for any company that needs to control the flow of gases or liquids. Although butterfly valves have been used since the early 1930s, their use as an effective, low maintenance mechanism to regulate fluid flow has only recently become popular in industrial settings. This popularity can be attributed to its tight shutoff ability, ease of operational use, and availability in a number of materials.Ары қарай оқу -
How To Install Different Types Of Butterfly Valves
In short, a butterfly valve is a quarter turn rotational motion valve. Just like any other valve, they are used to either start, stop, and regulate flow. This type of valve has been around since the early 1930s and has a wide range of applications in industrial set up. Butterfly valves are made from various materials and their name comes from the functionality of its discs, even though the more accurate name would have been Disc Valve.Ары қарай оқу -
What’s In A Name? “Value Valve” — A Value In Valving
Let’s face it, looking for butterfly valves can be confusing. And most companies give their butterfly valves a name that don’t mean anything! That’s why we call ours Value Valve “a Value in Valving” so you’ll know the valve you’re getting is of the highest quality and at a great price.Ары қарай оқу -
What Makes A GREAT High-Performance Or Triple Offset Butterfly Valve
It’s important to select the right tool for your flow system. Controlling liquid flow is a critical task that can be accomplished by a great high-performance or triple offset butterfly valve. However, what actually makes a good offset valve? Each offset valve has its own functionality and set of benefits. Below, we’ll talk about what to look for to select the best tool for getting your job done right.Ары қарай оқу -
Why Require A SIL-3 High Performance Or Triple Offset Butterfly Valve?
The global importance of SIL (Safety Integrity Levels) has grown substantially in the oil/gas, petrochemical and other process industries over the last 20 years. However, for many end users, systems integrators, and product vendors, SIL is still a somewhat ambiguous concept that often is misinterpreted and incorrectly implemented. To fully understand SIL and its implications, it is essential to grasp the concept known as Functional Safety, and how it applies within the process industries.Ары қарай оқу