Structural Design of Trunnion Ball Valve(1) Trunnion Support StructureDesign Principle· The core design of the trunnion ball valve is to fix the ball in the valve body through the trunnion, and the ball will not move towards the valve seat during the operation. This design significantly reduces the

Application Practice of Low-temperature Trunnion Ball Valves in the LNG Field(1) LNG Receiving TerminalThe LNG receiving terminal is an important link in the liquefied natural gas industry chain, responsible for receiving, storing, and transshipping LNG. In the receiving terminal, low-temperature tr

Water treatment is an important link to ensure the sustainable utilization of water resources and environmental protection. In water treatment systems, valves, as key fluid control components, directly affect the operational efficiency and stability of the system. Floating ball valves have been wide

I. Basic Principle and Structure of Floating Ball ValveThe core component of a floating ball valve is a ball with a passage. Under the action of medium pressure, the ball can freely float between the valve seats. When the valve is opened, the passage of the ball aligns with the pipeline, allowing th

The pneumatic butt welded ball valve is a type of valve that controls the on-off of the fluid by driving the rotation of the ball through a pneumatic actuator. It has the advantages of rapid opening and closing, good sealing performance and convenient operation, and is suitable for various industria

I. Corrosion Resistance: A Reliable Guarantee in the Marine EnvironmentMarine engineering equipment is exposed to a high-salinity and high-humidity environment for a long time, and the corrosion problem has always been a key factor affecting the equipment's lifespan and safety. The corrosion resista

Selection Guide(1) Selection Based on Fluid CharacteristicsLiquid: If the fluid is water or a low-viscosity liquid with few impurities, a Y-type strainer can be selected; if the fluid is oil or contains a large amount of impurities, it is recommended to choose a basket strainer.Gas: For gas filtrati

STRUCTURAL DESIGN: It may adopt a swing-type structure, where the valve disc is connected to the valve body through a hinge mechanism and can rotate around an axis to open and close. This structure is relatively common in large-diameter valves. It enables the valve disc to have sufficient swing space when opening, and the fluid encounters relatively low resistance when passing through. It may also be a lift-type structure, where the valve disc slides along the vertical centerline of the valve body and opens and closes relying on the pressure of the medium. This type has better sealing performance.

In modern industrial production and various fluid transmission systems, valves play a crucial role in the precise regulation of flow. As commonly used fluid control equipment, the gate valves and globe valves of the J-VALVES brand exhibit different flow regulation capabilities in terms of opening co

I. Structural differences(1) Y-type strainerAppearance structure· The Y-type strainer is in the shape of "Y", usually containing a right-angled elbow, enabling the strainer to be installed vertically or horizontally in the pipeline.· Its internal structure is relatively simple, mainly composed of th

Current situation of flow regulation and filtration effect(1) Importance of Flow RegulationFlow regulation is a crucial part in ensuring the normal operation of fluid systems. The flow regulation ability of the Y-type filter directly affects its filtration efficiency and system energy consumption. R

Application in high-temperature and high-pressure environments(1) Offshore EngineeringIn ships and offshore platforms, the C95800 filter is widely used in seawater cooling systems and ballast water systems. Its seawater corrosion resistance and high strength enable it to operate stably in seawater w

Technical advantages in the pure water preparation system(1) Efficient removal of impuritiesThe Y-type filter can effectively remove particulate impurities and suspended matter in water, ensuring that the water quality entering subsequent treatment equipment is clear. Its filtration accuracy can be

Optimization Strategies for Filtration Accuracy(1) Rational Selection of Filtration AccuracySelection Based on Medium CharacteristicsLiquid Medium: Usually, a strainer screen of around 60 mesh is selected, which can effectively remove fine particles in the liquid.Gas Medium: Usually, a strainer scre

II. Safety Filtration Technology in Gas Pipelines(1) Selection of Filtration PrecisionImpurities in gas pipelines mainly include solid particles such as rust, sand grains, and dust. Selecting an appropriate filtration precision is crucial for ensuring the safe operation of the system.Y - type filter

I. Basis for the Selection of strainer Mesh Materials(1) Medium Characteristics· Corrosiveness: Select materials with strong corrosion resistance according to the chemical properties of the medium. For example, for seawater or media containing chlorides, 316 stainless steel or titanium alloy is reco

In the field of shipbuilding, seawater filtration is an important link to ensure the normal operation of key systems of ships. As a high-performance seawater filtration device, the C95800 strainer has become an indispensable component in shipbuilding due to its outstanding corrosion resistance, high

I. Innovative Applications of Y-Type Filters(1) Application of High-Performance MaterialsNew Filtering Materials: High-performance filtering materials such as sintered stainless-steel mesh and multi-layer composite filter screens are adopted, which not only improve the filtration accuracy but also e

In the chemical industry, the selection of valves is crucial for the safe and efficient operation of the system. The C95800 ball valve, with its outstanding corrosion resistance, high strength and reliable sealing performance, has become an ideal choice in the chemical industry.I. Overview of C95800

Fluids in oil pipelines usually contain various corrosive components, such as sulfides, acid gases, salts, and microorganisms. These components can cause chemical corrosion, electrochemical corrosion, and microbiological corrosion of metal components. In addition, the high-temperature and high-press