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22 Products
Tampers and Rammers
tampers are used for leveling and firmly packing materials such as dirt, sand and gravel. Rammers, commonly used in foundries for sand testing, are used to create sand specimen for compression, shear, splitting, deformation and tensile tests.
22 Products
6151618060 | CP0200B25-2F | Bench Sand Rammer with safety lever, 780 bpm
Floor rammer to be used in standing position to compact sand at floor level
6151618130 | CP0200B25L-2F | Floor Rammer with safety lever, 780 bpm
Floor rammer to be used in standing position to compact sand at floor level
6151618070 | CP0200B32L | Floor Rammer, 720 bpm
Bench rammers used for casting sand in cylinders, large molds
6151618140 | CP0200B32L-2F | Floor Rammer with safety lever, 720 bpm
Floor rammer to be used in standing position to compact sand at floor level
JT9-550600 | Benchtop Sand Rammer, 1500 bpm
The bench rammers deliver fast, powerful blows for ramming small, medium and large forms.
JT9-550601 | Benchtop Sand Rammer, 1000 bpm
The bench rammers deliver fast, powerful blows for ramming small, medium and large forms.
JT9-550602 | Benchtop Sand Rammer, 800 bpm
The bench rammers deliver fast, powerful blows for ramming small, medium and large forms.
JT9-550603 | Floor Sand Rammer / Backfill Tamper, 1000 bpm
Floor models deliver maximum power with slow, powerful blows that efficiently and quickly compact all types of backfill. Each model is ergonomically designed providing greater ease of handling with reduced operator fatigue
JT9-550604 | Floor Sand Rammer / Backfill Tamper, 800 bpm
Floor models deliver maximum power with slow, powerful blows that efficiently and quickly compact all types of backfill. Each model is ergonomically designed providing greater ease of handling with reduced operator fatigue
JT9-550605 | Floor Sand Rammer / Backfill Tamper, 700 bpm
Floor models deliver maximum power with slow, powerful blows that efficiently and quickly compact all types of backfill. Each model is ergonomically designed providing greater ease of handling with reduced operator fatigue