• sanitary sample valve components
    knowledge,  sanitary sample valve

    Sanitary Sample Valve Classification, Components and Assembly

    The sanitary sampling valve is a valve used to obtain a sample of the medium in the pipeline or equipment. In many cases where chemical analysis of the medium is often required, a special sampling valve is often used. Sanitary Sample Valve Classification According to the working principle or performance at the time of sampling, the sampling valves are mainly divided into three types, including double opening valves, flange clamping valves and sampling valves with thermal insulation jackets. Double opening valve The double opening valve is a more common sampling valve, usually composed of two connected ball valves, which are characterized by safe and stable sampling. During the sampling process,…

  • Similarities and Differences Between Metal Sealing Valve and Sanitary Ball Valve
    knowledge,  sanitary ball valves

    Similarities and Differences Between Metal Sealing Valve and Sanitary Ball Valve

    The movement path of the metal sealing valve has the characteristics of both gate valve (multi-turn) and sanitary ball valve (90-degree turn), so its performance has the advantages of both gate valve and ball valve. The structures of the metal sealing valves and sanitary ball valves have similarities and differences, as is discussed below. Similarities: 1. Both of the metal sealing valve and sanitary ball valve can achieve metal sealing and endure high temperature. 2. They share the same way of operation. They can be operated by hand wheel or bevel gear box. 3. They share the same way of valve stem action. Lift first to make the valve flap…

  • knowledge,  sanitary ball valves

    4 Metrics for the Quality of Sanitary Pneumatic Ball Valves

    The switch control of the Sanitary Pneumatic Ball Valves is a top priority. This affects a series of production of sanitary valve production and transportation. The valve should be sealed and pressure tested. If the valve switch can be used normally, and there is no leakage during the pressure test, the valve is qualified. The valve is the control component of the fluid line. The body, disc and sealing surface of the valve need to meet the corresponding requirements in order to avoid corrosion. Generally speaking, the requirements for valve strength are mainly considered from the various conditions of temperature, corrosivity and pressure of the medium. When the valve is…

  • knowledge,  other valves,  Valve Image Gallery

    Sanitary Shutoff And Diverter Valve Image Gallery

    What are the sanitary shutoff and diverter valve? When stopping or diverting flow in a processing system, the Adamant Valves AV-5 sanitary shutoff and diverter valve series single seat valve line provides both a flexible and reliable solution. These sanitary shutoff and divert valves are pneumatically or manually operated, and offered in a wide variety of body configurations. Type: shutoff and diverter valveReference No.: AV-5Sizes: 1/2″ – 4″Grades: 304 – 316LOperation: Manual, Pneumatical Adamant Valves AV-5 series stainless steel shutoff and diverter valve uses: The sanitary shutoff and divert valve is well applied to stainless steel pipe systems for food, beverage, dairy, brewing, pharmaceutical, bio-pharmaceutical and chemical industries. Adamant Valves AV-5 series stainless steel…

  • pressure drop of control valve
    knowledge,  other valves

    Press Drop: An Important Selection Criteria for Choosing Control Valves

    Pressure drop, also known as pressure loss, is an important selection criteria for control valves as it’s used in the sizing calculation. Let’s define the term pressure drop, show how it’s calculated, and discuss why it’s important for engineers designing flow systems. Definition of Pressure Loss Pressure drop is the difference in pressure as measured between two points in a pipe with flowing fluid. For a control valve, the pressure drop is the difference between the inlet pressure and the outlet pressure. It varies with the flow. Calculation of Pressure Loss The calculation for pressure drop looks like this △P=P1 + P2. The pressure drop is usually measured in pounds per…