The Ya-Xia Hydropower Project has recently drawn significant attention, with transportation infrastructure playing a critical role in its progress. As part of the preparatory works, Shantui Jianyou supplied its E5R-90 concrete batching plant and W3B-800 stabilized soil mixing plant to support the construction of the Paime Highway. This ensured smooth access for tunnel boring machines, heavy engineering vehicles, and construction materials needed for subsequent hydropower works.   The W3B-800 stabilized soil mixing plant is a key asset for enhancing the Paime Highway’s subgrade strength and stability. It produces stabilized soil mixtures with fast installation, easy maintenance, high precision, and intelligent operation. Capable of continuous production of accurately proportioned, evenly mixed base materials, it served as a frontline machine in roadbed preparation.   The E5R concrete batching plant is widely used in major infrastructure projects such as railways, highways, airports, bridges, and tunnels. Featuring a modular design with quick assembly and flexible site layout, it supports rapid relocation between projects. Equipped with a high-performance mixer and multiple feeding process options, it delivers high productivity and excellent mixing quality. Its coarse and fine aggregate weighing system ensures high measurement accuracy, meeting diverse concrete production demands for highway construction.   As a key project to break the transportation bottleneck in southeastern Tibet, the Paime Highway will provide vital access for the full-scale construction of the hydropower project. Shantui Jianyou remains committed to supporting this national-level infrastructure project, advancing steadily across the challenging high-altitude terrain.  

Proper long-term storage is critical to protecting wheel loaders from corrosion, component failure, and unnecessary repair costs. Following the correct procedures ensures reliable performance when the machine is returned to service.   1. Storage Site Selection Preferably park in a garage or on a dry, level surface without standing water. Avoid damp or flood-prone areas to prevent rust and corrosion. Keep away from flammable materials, open flames, and high-temperature zones to reduce risks of tire explosions or fire hazards.   2. Parking Procedures Shift the transmission to neutral and apply the parking brake. Lower the bucket fully to the ground. Center all control levers and release hydraulic system pressure. Switch all controls to neutral or OFF and disconnect the master power switch. Disconnect the negative battery cable first, then the positive, and lock the cab. For long-term storage, remove the battery and store it in a dry, ventilated area, charging it periodically to prevent discharge. For short-term parking, battery removal is not required.     3. System Inspection and Preservation Clean the air filter. Drain any residual coolant from the radiator. Check and adjust fan belt tension. Ensure engine oil level is normal. Drain moisture from the air reservoir. Check brake fluid levels and clean brake discs/pads. Inspect tire pressure and adjust if necessary. Check hydraulic oil level. Apply grease to all pivot pins. Coat exposed hydraulic cylinder rods with anti-rust oil as needed.   4. Periodic Maintenance During Storage If stored for extended periods, start and run the engine at least every two weeks. Allow the system to circulate oil and form a protective film over lubricated surfaces. This prevents rust formation and maintains the battery charge.