Compactors and road rollers adapt to various soil conditions by adjusting vibration frequency and amplitude. Low frequency with high amplitude works best for cohesive soils, while granular soils respond better to high frequency and low amplitude. Advanced compactor models feature intelligent control systems that automatically optimize compaction parameters based on soil type to ensure consistent results.

Modern compactors and road rollers are equipped with fuel-efficient engines and smart power management systems. These power control systems regulate engine output according to compaction demands, improving fuel efficiency and lowering long-term operating costs while maintaining performance.

To maintain consistent compaction on inclined surfaces, our compactors and road rollers are equipped with differential locks and anti-slip control systems that enhance stability. A low center of gravity and wide tires provide better traction, while intelligent systems automatically adjust compaction settings based on the slope gradient to ensure even and reliable performance.

Single drum rollers are suitable for rough and uneven surfaces like soil and gravel. Their design allows for deep penetration and strong compaction, making them especially effective in preparing subgrades and foundations in construction projects.

Single drum rollers are suitable for compacting the sub-base or base layers during road construction. However, when it comes to finishing the asphalt surface, double drum rollers are much more effective. Their dual-drum design ensures smoother and more uniform compaction, helping achieve the desired surface finish and structural durability.

Several elements affect how efficiently a vibratory roller compacts the ground, including soil type, moisture content, and layer thickness. Granular soils such as sand and gravel respond well to vibration, making them easier to compact. In contrast, cohesive soils such as clay may require additional moisture to achieve optimal compaction results.

A road compactor enhances pavement performance by eliminating voids between material layers, which helps prevent premature failures like cracks or potholes. It increases the structural strength of the road, improves load-bearing capacity, and ensures uniform density throughout the surface. This not only reduces long-term maintenance needs but also provides smoother and safer driving conditions, especially under heavy traffic or harsh weather.

For wet or clay-heavy soils, vibratory rammers (diesel-powered) are often the most effective solution thanks to their ability to deliver strong impact force in challenging environments. For larger or more demanding jobs, reversible plate compactors are ideal, offering greater weight and dual-direction movement to improve compaction results in muddy or soft terrain. For smaller-scale tasks on slightly damp surfaces, single-direction plate compactors (typically 50–120 kg) can be used to compact sand, base layers, or areas along curbstones efficiently.

Vibratory rollers are available in different configurations. Some models feature vibration only on the front drum (commonly known as combination rollers), while others are designed with dual vibratory drums that apply vibration to both front and rear. The choice depends on the model and the compaction needs of the project.

Our GYR16J pneumatic roller is equipped with a total of 9 tires, 4 at the front and 5 at the rear. This layout ensures optimal ground coverage and compaction uniformity. Our road rollers also include both oil-spraying and water-spraying systems: one helps keep the tire surfaces clean, while the other adds weight or moistens the ground as needed for different working conditions.