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2026-06-12

A High‑Profile Dialogue to Tap Untapped Markets | Guangdong Zhongxing Hydraulic Transmission Visits CSSC South China Ship Machinery for In‑Depth Technical Exchanges on Marine Hydraulic Couplings

On June 11, 2026, Vice President Xie of Guangdong Zhongxing Hydraulic Transmission led a technical team to visit China Shipbuilding Group South China Marine Machinery Co., Ltd. The two parties engaged in an in-depth discussion on the operational suitability of marine hydraulic couplings, ship propulsion and transmission solutions, and heavy-load transmission technologies for offshore equipment. During the visit, Zhongxing’s core technological advantages in marine hydraulic couplings were demonstrated on-site, supporting the localization and implementation of efficient, safe, and energy‑saving transmission systems in the shipbuilding industry.

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Large Belt Conveyor Drive Solutions | YOTcp580 Speed-Controlled Hydraulic Coupler for Heavy-Load Soft Start and Multi-Machine Synchronization

2026-02-02

Addressing the challenges of heavy-load start-up impacts, power imbalances among multiple machines, and high energy consumption in conveyor systems at mining ports, this paper provides a detailed explanation of the Zhongxing hydraulic YOTcp580 speed-regulating hydraulic coupling. It analyzes how this coupling—through stepless soft starting, automatic load balancing, and a submerged-tank design—achieves system protection, energy savings, and reliable operation, making it suitable for heavy-duty applications ranging from 1200 to 3440 kW.

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Selection Guide for Speed-Regulating Hydraulic Couplers for Ash and Slag Pumps | Parameter and Application Analysis of YOTcs360/560/750

2026-01-30

This article provides a detailed explanation of solutions to address the issues of large inrush currents and high energy consumption during the startup of ash and slag pumps. By comparing the technical specifications, energy-saving principles, and selection procedures of the ZTE hydraulic YOTcs360/560/750 speed-regulating hydraulic couplers, this article will help you achieve soft starting, stepless speed regulation, and overload protection, thereby effectively reducing operating costs.

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Guideline for Selecting Hydraulic Couplers for Blast Furnace Blowers: Principles and Model Matching Differences Between Torque-Limited and Speed-Regulating Types

2026-01-29

This article provides a professional analysis of the operating principles, key differences, and selection criteria for torque-limiting and speed-regulating hydraulic couplings used in blast furnace blowers. It also includes specific parameters for the YOX1320 (torque-limiting) and YOTcs1320 (speed-regulating) models, helping you choose either a start-up protection solution or an energy-saving speed-control solution based on your air volume adjustment requirements. This information is sourced directly from the original manufacturer of hydraulic couplings.

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Selection Guide for Coal Mill Torque-limiting Hydraulic Couplers and Supplier Evaluation—Recommendation of ZTE Hydraulics’ Model YOXvnz560

2026-01-22

Providing a professional selection guide for coal mill equipment manufacturers, this document analyzes the five key cost factors that should be evaluated when choosing a supplier of limited-torque hydraulic couplings. It also offers an in-depth analysis of how ZTE Hydraulic’s YOXvnz560 model reduces total lifecycle costs through its innovative structural design, high-efficiency power transmission, and comprehensive certification system, and presents a supplier value assessment framework.

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Selection Guide for Hydraulic Couplers in Bridge Cranes: Parameter Verification of YOXva650 and Maintenance Advantages of the Extended Auxiliary Chamber

2026-01-19

A detailed explanation of the selection technology for hydraulic couplers used in bridge cranes—focusing on how to match core parameters with motor power and overload requirements. Taking the YOXva650 as an example, we’ll walk through the entire process from power verification to oil-fill volume calculation, and explain how the extended auxiliary cavity design enables maintenance-free motor servicing without disassembly. A professional selection procedure is also provided.

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Optimization of the Paper-Making Mixer Drive System: Technical Guide for Selecting YOX500 and DXE500 Hydraulic Couplers

2026-01-14

Addressing the pain points of difficult startup, susceptibility to corrosion, and frequent maintenance requirements of paper-making agitators, we conducted an in-depth comparison between the YOX500 and DXE500 hydraulic couplers. We analyzed the differences between the two models in terms of maintenance cycles (6 months vs. 3 years), connection technologies, and anti-corrosion designs, and provided expert recommendations, such as selecting stainless steel materials, to help enhance the stability of the production line.

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