Tamping Rammer CH-C100

CH-C100 diesel tamping rammer delivers powerful soil compaction with high torque and fuel efficiency. Durable design handles tough environments and dense ground.

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Tamping Rammer CH-C100

CH-C100 Diesel-Powered Tamping Rammer | Heavy-Duty Soil Compactor for Rugged Construction Environments

Product Overview – High-Torque Diesel Power for Demanding Compaction Projects

The CH-C100 Tamping Rammer runs on a robust diesel engine, providing exceptional ramming force and high torque output even under load. It is specifically engineered for use in remote construction sites, pipeline backfilling, roadbed preparation, and foundation work, where fuel economy and power stability are critical.

This model offers unmatched efficiency for long work cycles and performs well in high-density soils like clay and gravel, where lighter rammers may fall short.

Rugged Performance, Reliable Diesel Powertrain

Equipped with a fuel-efficient diesel engine, the CH-C100 ensures lower operating costs and excellent durability over time. The steel-reinforced tamping shoe, robust frame, and multi-stage shock absorption system provide strong compaction while minimizing operator fatigue.

Its simplified mechanical structure allows for easy servicing, making it ideal for challenging work conditions with limited support access.

Built for Harsh Jobsite Environments

Thanks to its diesel engine, the CH-C100 is less sensitive to fuel quality and can operate reliably in dusty, humid, or high-altitude environments. This makes it a preferred choice for contractors working in developing regions, mining infrastructure, or remote areas with variable power and fuel supply.

Its stability, portability, and consistent performance under tough conditions make it a true workhorse on any construction site.

 Key Features of CH-C100 Diesel Tamping Rammer

  • Diesel-powered engine for maximum torque and longer run time

  • Ideal for clay, gravel, trench backfill, and subgrade compaction

  • Rugged design with vibration-dampening system for user comfort

  • Fuel-efficient and reliable in remote or low-maintenance settings

  • Engine and components built to withstand harsh environmental stress