常见问题解答

Mounting flanges, bolt patterns, drive shaft height and hydraulic interfaces of steel track undercarriages can all be customized. One-to-one surveying and design based on customer's host structure ensures perfect compatibility with existing equipment.

Customizing steel track undercarriages requires equipment total weight & load distribution, mounting interface dimensions, hydraulic system parameters, working conditions & terrain, expected speed and climbing requirements. 2D/3D drawings are supported for precise adaptation.

Steel track undercarriages support customization of track width/length, track gauge, load capacity, chassis height, travel speed and climbing ability. They can also adapt to different hydraulic systems and power interfaces for diverse equipment needs.

In agriculture, steel track undercarriages are suitable for heavy-duty operations like large sugarcane harvesters, orchard deep tillers and farmland renovation equipment. They adapt to rocky and hard soil in mountainous and hilly areas with higher durability.

Steel track undercarriages for bulldozers improve traction via wider track shoes and higher grousers, delivering high torque through high-strength running gear. They adapt to heavy dozing, grading and land clearing with excellent trafficability on muddy and wet ground.

Steel track loaders are suitable for heavy-duty loading in mines and quarries with outstanding traction and trafficability. However, they have limitations of high noise, pavement damage and slow transfer, not suitable for municipal and road works.

Steel track undercarriages feature large ground contact area and low ground pressure, ensuring anti-overturning capability during lifting operations. Their strong traction allows load-carrying travel and site transfer on complex terrain.

For mining applications, steel track undercarriages require impact resistance, wear resistance, high load capacity and explosion-proof compatibility. They adapt to extreme conditions like rock piles and tunnels, and must meet mining safety standards for underground scenarios.

Steel track undercarriages for rotary drilling rigs require high load capacity, strong torsion resistance and excellent climbing ability. They must match the slewing bearing interface and hydraulic system of the upper rig to ensure stability and positioning accuracy during drilling.

Steel track undercarriages feature high wear resistance, strong traction and puncture resistance, serving as the standard walking system for excavators. They adapt to harsh conditions like quarries and mines, with a design life of 5,000-8,000 working hours for heavy-duty excavation.