Designed for dust-controlled loading and unloading of dry bulk materials across open trucks, enclosed tankers, stacking points, and ship loading systems.
The TA series loading spout is designed for loading bulk materials into open trucks and rail cars. With capacity up to 1,000 T/H, double-layer dust skirt sealing, automatic lifting, and dust extraction connection, it provides efficient and reliable dust-controlled bulk loading.
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The TE Series Tanker Loading Spout is a compact telescopic loading system developed for enclosed tanker loading applications. It focuses on stable powder flow control, reliable lifting operation, and effective dust containment rather than heavy-duty impact resistance required in open loading applications.
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The TC series loading spout is engineered for bulk material transfer systems requiring large vertical travel and stable operation. The design focuses on structural stability, controlled material discharge, and practical integration with conveyors, ship loaders, and stockyard systems.
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The TL series loading spout is engineered for bulk terminals and ship loading systems where equipment layout flexibility and maintenance accessibility are important considerations. By separating the winch system from the chute structure, the design allows better structural load distribution and provides easier access for inspection and maintenance compared with integrated arrangements.
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The TN series loading spout is developed for large bulk terminals and ship loading systems where durability, installation efficiency, and long travel stability are critical. Unlike traditional separated winch arrangements, the TN series integrates the lifting system directly with the loading spout structure. This integrated design reduces installation complexity, minimizes structural interfaces, and improves overall system reliability.
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The TH Series uses a cascade cone system to guide material through multiple stages instead of allowing unrestricted free fall. By reducing acceleration and impact energy during loading, the system helps:
View ProductWet dust collectors for industrial particulate control, fume treatment, sticky dust, polishing dust, explosive dust, and process exhaust systems.
The HDC series combines a mature wet collection principle with practical structural optimization to provide efficient dust removal with stable pressure loss and reliable continuous operation.
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This compact wet dust collector is developed for air volumes of approximately 2,000–3,000 m³/h, providing an economical solution for localized dust collection. Based on a proven hydrostatic precipitation principle, the unit combines centrifugal separation and water mixing to achieve stable dust removal performance with low maintenance requirements.
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The MDC-V series represents the standard configuration within the MDC wet dust collector range. Based on an optimized Venturi scrubbing principle, it offers reliable performance for typical industrial processes including metal processing, minerals handling and general dust extraction systems. The design allows flexible customization to match project requirements.
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The MDC-L series is developed for very large airflow requirements typically found in heavy industry, large furnaces and centralized dust collection systems. The design emphasizes airflow handling capability, structural robustness and stable operation under continuous high load conditions.
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The MDC-W series is designed specifically for applications where installation space is restricted. With a horizontal airflow arrangement and compact structural layout, the unit minimizes installation height while maintaining effective wet scrubbing performance for moderate airflow applications.
View ProductIntelligent bulk loading systems designed to eliminate repeated vehicle repositioning and improve loading uniformity, automation, and overall operating efficiency.
The PFB Series integrates positioning detection, traveling conveying, and telescopic loading into one coordinated system. It is developed for high-frequency truck loading applications where loading efficiency, material distribution quality, and dust control performance must be managed simultaneously.
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The PFM Series is developed for tanker loading applications requiring frequent multi-hatch operation. It integrates positioning, movement, and loading logic into a coordinated system, allowing continuous loading across multiple compartments within a single parking cycle.
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The PFS Series is designed for standard tanker loading applications where reliable positioning and controlled loading are essential. It offers a balance between automation capability, structural simplicity, and adaptability to different installation environments.
View ProductDust suppression solutions for transfer points, unloading stations, stockyards, and other bulk material handling areas where airborne dust must be controlled.
The Dry Fog Dust Suppression System is designed for controlling fugitive dust generated during bulk material handling processes such as crushing, conveying, loading, unloading, and storage.
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The Fog Cannon system is an engineered solution for dust suppression in large open or semi-open environments. The system generates a controlled mist cloud using precision spray nozzles and directs it using a powerful fan to maximize coverage and dust capture efficiency. Compared with traditional water spraying methods, the fog cannon significantly reduces water consumption while improving suppression efficiency and minimizing ground wetting.
View ProductSupporting equipment and process modules for bulk material handling, wet dust collection, sludge treatment, and related environmental control systems.
The DRS Series Drag Conveyor Sludge Separator integrates gravity settling with a heavy-duty drag conveyor system to achieve continuous solid-liquid separation and sludge discharge.
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The Compact Spout Filter Module provides efficient dust control directly at the loading point without the complexity of a central dust collection system. Installed on top of a telescopic loading spout, the unit filters dust-laden air generated during loading operations while allowing material to flow freely through the central chute.
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