WESDUN Q3 Employee Birthday Party: Celebrating Our Team Members

After thorough preparation, WESDUN successfully participated in the 2023 EXPO & NACIONAL FERRETERA in Guadalajara, Mexico (Sep 7-9, Booth 2620). We communicated face-to-face with new and existing local customers, showcasing our high-quality, cost-effective valves, pipe fittings, flow meters and water meters. Post-exhibition client visits gained high approval and long-term cooperation intentions. With three overseas branches in Africa and a sample warehouse in Colombia, WESDUN keeps expanding global markets to deliver premium products and services to worldwide partners.

This article provides a comprehensive guide to gate valve installation, tailored for industrial professionals. It begins with a clear overview of gate valves—their design, types, and key functions in fluid handling systems. The guide then details the five most common installation mistakes, including improper pipe support, flange misalignment, inadequate cleaning, incorrect bolt torque, and wrong valve orientation, explaining the risks and consequences of each error. Finally, it offers practical, step-by-step best practices to avoid these mistakes, ensuring gate valves operate reliably, safely, and efficiently for long periods. Whether you’re an installer, maintenance technician, or industry professional, this guide helps prevent costly downtime and premature valve failure.

This article breaks down five practical, essential factors for businesses to select the right industrial strainer for pipeline systems. It explains how fluid and contaminant properties, system flow rate and pressure drop, pressure and temperature ratings, strainer design and material, as well as maintenance and operational requirements directly impact filtration performance, equipment safety and production efficiency. The content compares the features and applicable scenarios of common Y-type, basket, and duplex strainers, helping users avoid common selection mistakes such as improper mesh size, mismatched system parameters, and high maintenance costs. By following these clear, industry-focused guidelines, facility managers and procurement teams can pick compatible, durable, cost-effective industrial strainers, reduce clogging and unplanned downtime, and stabilize long-term pipeline operation.

This article compares ball valves and gate valves to help industrial users make the right choice and avoid costly or safety risks. The article explains their structures and principles: A ball valve consists of a ball with a hole, a valve seat, a stem, and an actuator; a 90° rotation of the stem enables rapid opening and closing. A gate valve consists of a gate disc, a valve stem, and a handwheel; raising and lowering the gate disc provides precise linear flow control. The article also lists their applications: Ball valves are suitable for the oil/gas, water treatment, and chemical industries. Gate valves are used in power systems and municipal engineering.

This article clearly explains the core differences between brass gate valves and globe valves, covering their working principles, structural features, and applicable scenarios. Gate valves are designed for full-open/full-close isolation, providing an unobstructed flow path; while globe valves are used for precise flow regulation, offering better throttling performance. Correctly selecting the valve type is crucial for preventing leaks and ensuring long-term reliable system operation. WESDUN, as a professional valve manufacturer, provides selection guidance and high-quality industrial valve solutions.

This article focuses on the application value and development trends of butterfly valves in water and wastewater treatment, providing an in-depth analysis based on WESDUN's technological innovation practices. It begins by introducing the core principles of butterfly valves, highlighting their advantages over traditional valves, such as compact structure and quick operation, and illustrating their adaptability in scenarios like high-flow control and corrosive media transportation through practical examples. Then, it elaborates on the five core advantages of butterfly valves: space adaptability, emergency response efficiency, full life-cycle economics, multi-material compatibility, and low-resistance energy-saving characteristics. It emphasizes WESDUN's technological breakthroughs: using duplex stainless steel 2205 and tungsten carbide spraying to enhance durability, an innovative triple-seal structure to achieve zero leakage, customized solutions for high-altitude and seawater desalination applications, and global compliance certifications to ensure safety.

Bypass gate valves serve as critical auxiliary safety equipment in hydropower water delivery systems. This article explains the definition, working principle, and core functions of hydropower bypass gate valves, focusing on their pressure balancing and water hammer suppression capabilities. It covers key application scenarios, including unit operation regulation, pipeline maintenance isolation, and emergency protection, while highlighting their technical advantages in zero leakage, durable performance and intelligent compatibility. The article also summarizes standardized operation and maintenance guidelines, demonstrating how these compact valves safeguard the stable, efficient, and safe operation of modern hydropower plants.

This article answers the question, "Can butterfly valves be used for gas?" with a definitive answer, while also clearly stating that not all butterfly valves are suitable. It categorizes gas butterfly valves based on connection method and seal type. It also details the advantages, safety requirements, practical applications, and maintenance techniques of these valves. The article concludes that, with proper selection, adjustment, and maintenance, gas butterfly valves are a safe and cost-effective option for gas systems.