Low Noise Efficient Gasoline Vibrating Soil Tamping Rammer Price Introduction
1- Aluminum alloy for lighter weight and better thermal diffusivity
2- 20CrMnTi alloy gears for higher intensity and higher wearing resistance
3- 65Mn steel springs for higher elasticity
4- PU bellow with higher intensity and longer durability
5- Powder metallurgy clutch for better transmissibility and higher wearing resistance
6- Forged alloy steel plate wraped with high intensity rubber for higher intensity and better shock
absorption
Low Noise Efficient Gasoline Vibrating Soil Tamping Rammer Price Parameter
| Model | Rammer HW60 | Rammer HW70 |
| Engine | Honda GX160 5.5HP | EH12 4HP or GX100 3HP |
| Bello | Polyurethane Dust-guard Bellow | Polyurethane Dust-guard Bellow |
| Take off high | 40-65mm | 85mm
|
| Tamping Depth | 55mm | 65mm |
| Impact Frequency(/M) | 420-650 | 680-710 |
| Walk Speed | 17-20mm/s | 17-22mm/s |
| Plate Size | 340mm*285mm | 340mm*290mm |
| Optional Engine | HONDA | |
| Model | Rammer HW80 | RammerHW100 |
| Engine | Honda GX160 5.5HP | Honda GX100 3HP |
| Bello | Polyurethane Dust-guard Bellow | Polyurethane Dust-guard Bellow |
| Take off high | 40-65mm | 65mm |
| Tamping Depth | 55mm | 55mm |
| Impact Frequency(/M) | 420-650 | 600 |
| Walk Speed | 25mm/s | 28mm/s |
| Plate Size | 330mm*285mm | 340mm*285mm |
Optional Engine | Null |
Low Noise Efficient Gasoline Vibrating Soil Tamping Rammer Price Photos
Features:
1.Heavy shock mount system to reduce hand-arm vibration and improve operator comfort ,Plastic oil tank offers longer life and rust-free
2.An integrated fuel valve provides for easy starting.
3.Rammer shoe made of steel plate with wooden insert offers economical usage.
4.Tamping Rammer are widely used in municipal conservation, road construction, building construction, flooring treatment(epoxy floor, wear-resistant floor) and other fields.
Reliable for stoke engine delivers low emission and egrated fuel valve provides for easy starting.
Rammer shoe made of steel plate with wooden insert offers economical usage.
