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05

2021-11

What are the features of a scraper flowmeter?

The scraper flowmeter is a positive-displacement type flow measurement instrument. It plays a crucial role during operation, primarily used to measure the volumetric flow rate of fluids in closed pipelines—making it especially suitable for heavy oils like crude oil. Now, let’s dive into the product’s key features. If you’re curious, read on to find out more!

2021-11-05

08

2021-11

What should you keep in mind when looking for a scraper flowmeter manufacturer?

The scraper flowmeter is a new type of device that may not be very familiar—or even seem quite foreign—to some people, since it’s not commonly encountered in everyday life. However, this innovative tool boasts a surprisingly wide range of applications across various industries. If your industry requires a scraper flowmeter, it’s essential to partner with a reputable manufacturer for a reliable purchase. So, let’s dive into how you can find the right supplier and what key factors to consider along the way. Let’s explore together!

2021-11-08

17

2021-11

How does a three-rotor engine work, and what are its advantages?

How does the three-rotor engine work, and what are its advantages? The three-rotor engine is also known as the Miller-cycle engine. It uses the rotational motion of its three rotors to precisely control compression and exhaust—a design that contrasts sharply with the linear motion of traditional piston-based engines.

2021-11-17

19

2021-11

How does a three-rotor generate electricity?

At the heart of the three-rotor engine is the rotor—essentially equivalent to a piston in a conventional piston engine. The rotor is mounted on a large, circular camshaft positioned off-center relative to the output shaft, acting like a crankshaft on a winch and providing the crucial leverage needed to drive the rotor and ultimately turn the output shaft. As the rotor spins inside its housing, it pushes the camshaft into motion; for every full rotation of the rotor, the camshaft completes three full revolutions.

2021-11-19

How does a three-rotor generate electricity?

23

2021-11

What are the advantages of a three-rotor engine?

The three-rotor engine offers the following advantages: 1. Fewer parts and a simpler mechanism. Throughout its operation, the entire three-rotor engine features only two rotating components—namely, the eccentric shaft and the three rotors—significantly simplifying its design compared to conventional four-stroke reciprocating engines. Because the three-rotor engine directly converts the expansion pressure generated by the combustion of the air-fuel mixture into rotational force via the triangular three rotors and the eccentric shaft, it eliminates the need for connecting rods. Additionally, the intake and exhaust ports are opened and closed automatically by the movement of the three rotors themselves.

2021-11-23

What are the advantages of a three-rotor engine?

10

2021-12

How to choose a three-rotor manufacturer—and what key factors should you keep in mind?

Nowadays, there are many three-rotor manufacturers, and each brand has its own unique characteristics. This often leaves users feeling confused when making their choice—after all, it’s hard to know which one is the best. However, once you learn a few key strategies, selecting the right manufacturer becomes much easier. So, let’s walk you through the important factors to consider when choosing a three-rotor manufacturer.

2021-12-10

How to choose a three-rotor manufacturer—and what key factors should you keep in mind?
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