Stabilized Soil Mixing Station WBZ800, Industrial Waste Material Mixing Station, Lime-Soil Mixing Station

The WBZ series stabilized soil mixing plant primarily consists of components such as the aggregate batching system, mixing system, aggregate and finished material conveying systems, powder material system, water supply system, air supply system, finished material storage system, and electrical control system. The aggregate batching system comprises an aggregate storage bin (with a capacity of 15 m³) and a batching belt scale. The belt scale is positioned beneath the hopper, featuring a vulcanized seamless belt that delivers various materials onto the aggregate conveyor belt. A discharge gate is installed below the hopper, allowing adjustment of its opening height to precisely control the feed rate of the batching belt scale. Additionally, vibrators are mounted on the hopper walls to prevent material arching. An inclined grate screen is fitted atop the hopper to ensure larger-sized aggregates do not enter the bin. The conveyor belt is equipped with a tensioning device, which maintains optimal tension and effectively corrects any belt misalignment during operation. The main unit employs an extended-type double-horizontal-axis continuous mixer without liners, ensuring sufficient mixing time for uniform blending of materials. This design enhances mixing efficiency while maintaining high productivity. Lubrication throughout the entire mixing system is managed via an electric centralized oil pump, guaranteeing that bearings and floating seals remain in peak working condition at all times. The double-horizontal-axis continuous mixer without liners maximizes the clearance between the mixing blades and the housing. During operation, this gap typically forms a stationary layer of mixed material that adheres to the housing, effectively acting as a liner to protect the housing from wear while simultaneously reducing blade erosion. All mixing blades are crafted from specialized wear-resistant materials. Furthermore, the shaft-end sealing mechanism incorporates advanced German technology, significantly extending seal life—up to approximately three times longer than conventional designs—while ensuring adequate lubrication. Notably, the shaft-end seal is entirely separate from the bearing assembly, preventing mud and sand from infiltrating the bearing area and greatly enhancing the overall service life of the main unit. Additionally, replacing the shaft-end seal is quick and straightforward, requiring only one-quarter the maintenance time compared to other sealing solutions.

Improved Soil Mixing Station, WBZ800 Stabilized Soil Mixing Station, Industrial Waste Slag Mixing Station, and Water-Stabilized Soil Station

The WBZ series stabilized soil mixing plant primarily consists of components such as the aggregate batching system, mixing system, aggregate conveyor system, finished material storage system, powder material system, water supply system, air supply system, and electrical control system. The aggregate batching system comprises an aggregate storage bin (with a capacity of 15 m³) and a batching belt scale. The belt scale is positioned beneath the hopper, and the conveyor belt features a seamless vulcanized design, transporting various materials onto the aggregate conveyor belt. A discharge gate is installed below the hopper; adjusting its opening height allows precise control over the feed rate delivered by the batching belt scale. Additionally, vibrators are mounted on the hopper walls to prevent material arching. An inclined grate screen is fitted atop the hopper to block large-sized aggregates from entering the bin. The conveyor belt is equipped with a tensioning device, ensuring optimal tension and effectively correcting any belt misalignment during operation. The main unit employs an extended-type, dual-horizontal-axis continuous mixer without liners, guaranteeing ample mixing time for thorough and uniform blending of materials. This design enhances the mixer's powerful performance while maintaining high productivity. Lubrication for the entire mixing system is managed centrally via an electrically driven heavy-duty oil pump, ensuring that bearings and floating oil seals consistently operate at peak efficiency. Moreover, the dual-horizontal-axis continuous mixer maximizes the gap between the mixing blades and the mixer casing. During operation, this gap typically forms a stationary layer of mixed material that adheres to the casing, effectively acting as a protective liner against wear while simultaneously reducing blade erosion. All mixing blades are crafted from specialized, highly wear-resistant materials. At the shaft ends, advanced German technology is utilized for sealing, which not only ensures abundant lubrication but also extends the seal’s lifespan—up to three times longer than conventional seals. Notably, the shaft-end seal is entirely separate from the bearing assembly, significantly minimizing the risk of mud or sand ingress into the bearing area. As a result, the overall service life of the main unit is greatly enhanced. Additionally, replacing the shaft-end seal is quick and convenient, requiring only one-quarter the maintenance time compared to other types of seals.

WBZ800 Stabilized Soil Mixing Plant, Improved Soil Mixing Station, Industrial Waste Material Mixing Plant

The WBZ series stabilized soil mixing plant primarily consists of components such as the aggregate batching system, mixing system, aggregate and finished material conveying systems, powder material system, water supply system, air supply system, finished material storage system, and electrical control system. The aggregate batching system comprises an aggregate storage bin (with a capacity of 15 m³) and a batching belt scale. The belt scale is positioned beneath the hopper, featuring a seamless vulcanized belt that transports various materials onto the aggregate conveyor belt. An outlet gate is installed below the hopper, allowing adjustment of its opening height to precisely control the feed rate delivered by the batching belt scale. Vibrators mounted on the hopper walls help eliminate material arching. Additionally, inclined grating screens are fitted atop the hoppers to prevent oversized aggregates from entering the bins. The conveyor belt is equipped with a tensioning device, ensuring optimal tension and effectively correcting any belt misalignment during operation. The main unit employs an extended-type, double-horizontal-axis continuous mixer without liners, guaranteeing ample mixing time for thorough and uniform blending of materials. This design enhances mixing efficiency while maintaining high production output. Lubrication throughout the entire mixing system is managed centrally via an electrically driven heavy-duty oil pump, ensuring that bearings and floating seals remain in peak operational condition at all times. The double-horizontal-axis continuous mixer without liners maximizes the clearance between the mixing blades and the housing. During operation, this gap typically forms a stationary layer of mixed material that adheres to the housing, effectively acting as a protective liner against wear. Simultaneously, this arrangement reduces wear on the mixing blades themselves. All mixing blades are crafted from specialized, highly wear-resistant materials. For sealing at the shaft ends, advanced German technology is utilized, significantly extending seal life—up to approximately three times longer than conventional designs—while ensuring adequate lubrication. Notably, the shaft-end seals are entirely separate from the bearings, preventing mud and sand from infiltrating the bearing area and greatly enhancing the overall service life of the main unit. Moreover, replacing the shaft-end seals is quick and straightforward, reducing maintenance time to just one-quarter of that required for other types of seals.