MasterPac PCR7060 Reversible Plate Compactor
MasterPac PCR6040 Reversible Plate Compactor
MasterPac PCR4025H Reversible Plate Compactor
MasterPac PCR3820H Reversible Plate Compactor
MasterPac - Reversible Compaction Plates
Masterpac's reversible plate compactor range stands as a testament to their commitment to versatility and high-performance compaction. These machines are engineered to tackle a broad spectrum of materials, from granular and mixed soils to asphalt and cohesive materials, making them indispensable on diverse construction sites.
The key feature of these compactors is their reversible capability, achieved through two eccentric weights. This design allows for smooth, on-the-spot compaction without the need to turn the machine around, greatly enhancing efficiency in confined spaces like trenches, backfills around foundations, and along curbs. It also ensures a seamless transition between forward and reverse travel, maximizing productivity.
The Masterpac PCR series, including models like the PCR3820H, PCR4025H, PCR5030, PCR6040, and the heavy-duty PCR7060 and PCR8010, offers a range of sizes and compaction forces to suit various project scales.
Beyond the reversible function, Masterpac reversible plates boast features designed for operator comfort and extended machine life. These often include hydraulic adjustment control levers for effortless direction changes, user-friendly vibration-isolated handles to reduce fatigue, and fully sealed, lubricated, wear-resistant cast iron vibrator assemblies. The heavy-duty base plates are impact-resistant and often self-cleaning, while convenient oil drain hoses simplify maintenance. Many models also feature a handle that folds to a 90-degree position for easy transportation and storage.
Whether it's for compacting sand, gravel, crushed aggregate, or mixed soils with some cohesive content, Masterpac reversible plate compactors deliver reliable, high-production compaction, making them a go-to choice for demanding earthwork, utility installation, and infrastructure projects.