Overview
| brand | Dafeng | Does it support processing customization | yes |
| Imported or not | Fuel consumption per 100 kilometers | ||
| Mixing cylinder capacity | Mixing depth | ||
| Inclination angle of mixing drum | Mixing drum speed | ||
| Rod head length | Shelf life | one | |
| Pump shaft position | Vertical height of boom | ||
| Vertical depth of boom | Horizontal length of boom | ||
| Number of arm joints | Transmission type | ||
| material quality | Forming pressure | ||
| Forming cycle | stroke | ||
| Discharge residual rate | Outlet height | ||
| Discharge speed | Storage hopper capacity | ||
| processing capacity | Chassis Model | ||
| Motor power | three | current | |
| voltage | three hundred and eighty | Independent height | |
| Rated discharge capacity | Rated feed capacity | ||
| Engine power | Engine model | ||
| Stone size | Degree of crushing | ||
| Pitch angle | Auxiliary brake type | ||
| Working radius | Working air pressure | ||
| work efficiency | Water pump model of water supply system | ||
| Aggregate size | Aggregate size | ||
| Aggregate conveying capacity | Maximum aggregate size | ||
| specifications | three | Track gauge | |
| Gas consumption | Cross slope error | ||
| Recovery amount | Concrete outlet pressure | ||
| Concrete pipe diameter | Type of concrete machinery | ||
| Theoretical conveying capacity of concrete | Maximum outlet pressure of concrete | ||
| Excitation force | Excitation frequency | ||
| Number of poles | Mixing power | ||
| Mixing tank conveying capacity | Mixer model | ||
| Mixing drum length | Mixing shaft speed | ||
| Height of the upper opening of the feeding hopper from the ground | Feed inlet height | ||
| Feed speed | Net weight | ||
| Directional control method | control mode | ||
| Measurement accuracy of asphalt powder | granularity | ||
| Hopper lifting speed | Track width/rear | ||
| Track width/front | horsepower | ||
| Number of vibrations per minute | Is the end hose installed | ||
| Gradient | Climbing ability | ||
| Climb box spacing | displacement | ||
| Supporting host model | Balancing weight | ||
| Flatness | Front wheel axle | ||
| Sand conveying capacity | Sieve size | ||
| Loading height | productivity | ||
| service life | Applicable scope | Construction site decoration | |
| Applicable models | Applicable water cement ratio | ||
| Delivery distance | Conveying pipe diameter | ||
| Conveying pipe diameter | Inner diameter of conveying pipe | ||
| Conveying distance | Delivery pressure | ||
| Water pump flow rate | Cement silo | ||
| Tower body section | Paving thickness | ||
| Paving width | Concrete slump | ||
| Overall dimensions | eight hundred | System flow | |
| system pressure | Discharge method | ||
| New and old degree | Number of trips | ||
| Rotation method | lift | ||
| Number of impellers | Scope of use | grouting | |
| Effective lifespan | Vibration frequency | ||
| amplitude | Compacted thickness | ||
| Leg span | weight | ||
| Wheelbase | Main vibration form | ||
| Rotor capacity increase | Installed capacity | ||
| Loading quality | Total power | three | |
| Traveling mechanism | Composition structure | ||
| Maximum theoretical concrete conveying capacity | seven | Maximum pressure | |
| Maximum speed | Dust concentration during operation |
Product Details
Trading Area
Global