I. Core Applicable Industries
Infrastructure Construction
Highway/Railway Construction: Used for subgrade excavation and embankment, loading asphalt mixture aggregates, capable of pushing soil and leveling ground.
Ports/Mines: Shoveling and loading bulk materials such as sand, gravel, coal, etc., and adapting to high-voltage lithium battery systems to achieve long-range operations.
Water Conservancy/Electric Power Projects: Participating in river cleaning and hydropower station foundation construction. By replacing with a crusher, it can handle hard materials.
Material Handling and Transportation
Loading and Unloading of Bulk Materials: Such as soil, sand, gravel, lime, coal, etc. The loading efficiency per time is 40% higher than that of manual work.
Heavy Material Transfer: Self-dumping trucks cooperate with loaders to achieve rapid transportation of 18-31 tons of sand and gravel, reducing manual intervention.
Special Scenario Operations: Such as farmland construction, community garbage cleaning, communication trench backfilling, etc.
II. Diversified Operating Scenarios
Earthwork Projects
Loose Material Handling: Integrated shoveling, transporting, and stacking, supporting I-shaped/V-shaped/L-shaped operation methods to improve efficiency.
Light Excavation of Hard Materials: Shoveling ores and hard soil, and realizing precise control with the hydraulic system.
Multi-functional Expansion Applications
Dozing and Towing: Replacing with a dozer blade can level the ground and tow machinery to achieve operations in complex terrains.
Hoisting and Loading/Unloading: Handling wood, steel pipes, etc. through hoisting devices, suitable for scenarios such as container terminals.
Emergency and Environmental Protection: Participating in disaster relief material transportation. LNG new energy models reduce carbon emissions by 93%.
III. Working Condition Adaptation Selection
Terrain and Operation Intensity
Soft Ground/Quarry: Preferentially select tire-mounted loaders equipped with anti-slip chains, which have strong passability and low maintenance costs.
Plateau/High-Density Operations: Use plateau diesel engines (such as in scenarios with an altitude > 3000m) to improve the stability of power output.
Equipment Type Matching
Tire-mounted: Suitable for earthmoving operations with frequent site transfers, highly maneuverable (turning radius 1.4 meters).
Crawler-mounted: Used for soft ground or heavy-load scenarios (such as mines), with low ground pressure to prevent sinking.
Small Models: 1.5-3-ton models are suitable for small-scale operations such as sand and gravel yards and farms to avoid overcapacity.
IV. Development Trends
Technological Upgrades: Hydraulic torque converters and electronic monitoring systems improve operation accuracy, reducing the failure rate by 40%.
Environmental Transformation: High-voltage lithium battery systems replace fuel power, complying with the no-burning policies of many port areas and warehouses.
Intelligent Expansion: Support hydraulic quick-change devices, enabling rapid on-site switching between more than 10 working devices such as shovels and crushers.
Data Support: Industry reports in 2025 show that loaders increase construction engineering efficiency by 45% and reduce labor costs by 30%. When selecting, it is necessary to customize solutions according to load requirements (covering 1.5-50 tons), power types, and operating environments.
