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2025.2.28

How To Calculate Pressure From Flow Rate And Vice Versa

In fluid dynamics, the relationship between pressure and flow rate is fundamental. In the meantime, calculating pressure from flow rate and flow rate from pressure helps us to understand how fluids behave in various systems, from pipelines to HVAC systems. These calculations help optimize system performance, ensure safety, and improve efficiency. In this blog post, we will look into mainly the calculations relating pressure and flow rate using key fluid dynamics principles and equations. RFQ Table of ContentsPressure And Flow Rate Relationship: In more detailBernoulli's Equation:Continuit......

2025.2.26

Non-Contact Flow Meters: An Advanced Approach To Fluid Measurement

In food production, pharmaceutical industry, chemical industry and other processes, many fluid flow measurements require hygienic and aseptic processes. Non-Contact Flow Meters have become an important choice. For open channels and rivers, a non-contact radar flow meter for open channels measures surface velocity, water level, and flow without touching the water. Non-Contact Flow Meters have no contact with the fluid and do not require cutting or modification of the pipeline. Suitable for all applications with strict hygiene requirements. This blog post will explore the working principle, type......

2025.2.25

Relationship Between Pressure And Flow Rate: Key Insights

When the pressure in a pipe increases, does the flow rate also increase? Does the diameter of the pipe matter when calculating the flow rate? Qualitative investigation suggests a proportionate link between pipe pressure and flow rate. Assume a pipeline with a single pressure source at one end. The amount of Water flow meter that shoots out of a faucet depends on the pressure in the pipe. This blog post delves into key aspects of pressure-flow relationships, focusing on the pressure drop in Coriolis flow meters and orifice plates. If you are still comparing flow measurement methods, our 101 gui......

2025.2.24

High Accuracy Flow Meters: Technology, Applications, And Benefits

Flow meters measure the volume or mass of liquid, gas, or steam moving through a piping system. There are many different flow meter technologies, and each delivers different accuracy. The accuracy requirements for a flow meter depend a great deal on the exact application. High accuracy flow meters have become vital tools for industries where precision is paramount. This blog post explores the technology behind high accuracy flow meters, their applications, benefits, and key considerations for selecting the right meter for specific needs. RFQ Table of ContentsPressure And Flow Rate Relationship......

2025.2.17

Right Flow Meter For Molasses

In addition to its potential value in different industries, molasses also provides many benefits to the human body. It helps eliminate problems related to obesity, anemia, depression, acne, and other skin diseases. In addition, molasses is beneficial for bone and hair health. It also keeps the nervous system balanced and accelerates wound healing. Molasses are the source of fermentable sugars in ethanol manufacturing. Given these applications, accurate molasses flow measurement is essential for precise ingredient control, efficient production, and cost management. RFQ Table of ContentsPressure......

2025.2.9

Mechnical & Digital Kerosene Flow Meters

Kerosene is a colorless, transparent liquid that turns light yellow when impurities are present. It is often used as a fuel, solvent, and insecticide spray. The right measurement of kerosene flow is necessary for safety and operational efficiency. One of the key technologies helping industries manage the flow of kerosene is the kerosene flow meter. This device ensures accurate measurement of kerosene oil as it moves through pipelines, tanks, and distribution systems. Consequently, providing vital data for logistical planning, fuel management, and regulatory compliance. RFQ Table of ContentsPre......

2025.2.5

Understanding Asphalt And Bitumen Flow Meters

Asphalt and bitumen are key materials in the construction industry. The two terms are used interchangeably around the world. Asphalt is a polymer material widely used in road construction and other civil engineering projects, with advantages such as high temperature stability, low temperature crack resistance and good waterproof performance. However, the flow measurement of asphalt is a challenging problem. Because the viscosity and chemical properties of this material will affect the performance of the flow meter. Asphalt flow meters and bitumen flow meters are indispensable. In this blog pos......