Industry News

This article provides a comprehensive guide to control valve selection, explaining how to choose the most suitable valve based on process requirements and operating conditions. It covers key factors such as valve performance, sealing and shutoff capability, anti-clogging and corrosion resistance, pressure and temperature limits, flow characteristics, flow direction, and material selection.

Orbit plug valves are high-performance industrial valves known for their simple structure, excellent sealing, low flow resistance, and long service life. Widely used across petroleum, chemical, metallurgical, and power industries, they provide reliable fluid control under demanding conditions. With flexible operation, easy maintenance, and durable materials, orbit plug valves ensure safe, efficient, and stable pipeline performance, making them a key solution for modern industrial fluid management.

This guide provides a comprehensive overview of ball valve trim types, including floating, trunnion-mounted, V-port, eccentric, and orbit designs. It explains their structures, performance characteristics, advantages, limitations, and typical applications, offering practical guidance for selecting the most suitable trim based on operating conditions, media properties, and system requirements to ensure optimal valve performance, reliability, and cost-effectiveness in industrial piping systems.

Mechanical steam traps are essential components in industrial steam systems, designed to efficiently discharge condensate while preventing steam loss. Operating on the principle of density difference between steam and condensate, these traps, including free float, half-float, lever float, inverted bucket, and combined superheated types, ensure optimal heat transfer, energy savings, and reliable operation across various pressures and loads.

This article outlines the key features and advantages of metal-seated butterfly valves, focusing on their triple-offset design, superior sealing performance, flexible operation, and long service life. It highlights their suitability for high-temperature, high-pressure, and corrosive conditions, along with their broad applications in industries such as chemical processing, oil and gas, power generation, metallurgy, and papermaking. The article also emphasizes proper installation and maintenance as essential factors in ensuring reliable, long-term valve performance.

This section provides a practical overview of the most common diaphragm valve failures encountered during operation, including diaphragm rupture, operational malfunction, stiff handwheel movement, inability to open or close automatically, and leakage at the valve body–bonnet connection. It explains the root causes of each issue, such as material aging, improper operation, mechanical wear, insufficient air pressure, and loose fasteners, and outlines clear, effective corrective measures.

The dual plate wafer check valve is a vital component in industrial and civil piping systems, ensuring one-way fluid flow, preventing backflow, and protecting equipment. Combining rapid closure, minimal pressure drop, and versatile installation, it excels in high-pressure, high-velocity pipelines across chemical, power, oil and gas, municipal water, wastewater, and fire protection applications.

Butterfly valves are essential components in piping systems, with wafer and flanged types being the most common. This article explores their key features, advantages, sealing performance, installation methods, cost considerations, and typical applications. Wafer valves offer a compact, lightweight, and cost-effective solution for medium-to-low pressure systems, while flanged valves provide superior sealing, high pressure resistance, and vibration tolerance for demanding industrial applications. By understanding their differences and evaluating pressure, temperature, space, cost, and application requirements, engineers and system designers can select the most suitable valve to ensure safe, efficient, and reliable system operation.

Bimetallic steam traps are crucial for efficient steam system operation, automatically discharging condensate while preventing steam loss. They use a bimetallic element that deforms with temperature changes to control valve movement. These traps are simple, durable, and energy-efficient, suitable for applications like steam tracing and medium-low pressure systems. However, they have limitations such as fixed discharge temperatures and potential element fatigue. Proper selection and maintenance are key to maximizing their performance and lifespan.

In industrial fields, cryogenic ball valves, as an important control device, are widely used in liquefied natural gas, petrochemicals, refrigeration, and other industries. Their core function is to precisely control the flow of fluids under low-temperature conditions. However, low-temperature...

In industrial production, steam systems play an extremely critical role, and steam traps, as important components within these systems, have their installation directly related to the operational efficiency and safety of the entire system. Today, let's dive deeply into the topic of steam trap...

This article introduces explosion-proof electric ball valves, essential for fluid control in hazardous industrial environments. These valves combine a ball valve with an electric actuator, offering rapid operation, precise control, and high safety standards through features like overheat protection, durable valve bodies, and IP67-rated explosion-proof housings. They are widely used in industries such as oil, chemicals, coal mining, and water treatment, with considerations for selection, maintenance, and proper explosion-proof ratings to ensure safe and reliable performance.