Henan Coal Science Research Institute Keming Mechanical and Electrical Equipment Co. , Ltd. 86-371-6783-6512 stephen.z.wan@gmail.com
Long Pumping Distance Small Concrete Pump Mini Concrete Pump Machine

Long Pumping Distance Small Concrete Pump Mini Concrete Pump Machine

  • High Light

    concrete mixer pump

    ,

    mini concrete pump machine

  • Capacity
    5~7m3/h
  • Aggregate Size
    18mm
  • Pipe ID
    80mm
  • Pressure
    3~10Mpa
  • Place of Origin
    CHINA
  • Brand Name
    KEMING
  • Certification
    CE
  • Model Number
    KS
  • Minimum Order Quantity
    1 Set
  • Price
    Negotiation
  • Packaging Details
    Export Wooden Packing
  • Delivery Time
    20~30 work days
  • Payment Terms
    T/T, L/C
  • Supply Ability
    100 Sets/Per Month

Long Pumping Distance Small Concrete Pump Mini Concrete Pump Machine

Long Pumping Distance Small Concrete Pump Mini Concrete Pump Machine

Mini Concrete Pump Parameters:

Model
KS-8 concrete pump
Max capacity
7~8 m³
Working theory
S valve
Feeding height
0.7m
Max aggregate size
5~20mm
Max pressure: working pressure
15MPa: 10MPa
Hydraulic oil cooling type
Air cooling
Max vertical distance
20m
Max horizontal distance
50m
Delivery pipe ID.
80mm/100mm
Motor power
15kw
Weight
600kg
Dimensions
1800*700*1100mm

Mini Concrete Pump Features:

1. Small size, compact structure, convenient operation and movement.

2. Full hydraulic system, stable performance,long pumping distance.

3. S tube distribution valve, pumping larger aggregates mortar/concrete.

Mini Concrete Pump Application:

1. Pumping wet-mixed mortar for high buildings and secondary structure construction.

2. KS-8 concrete pump is widely used for secondary construction filling, reinforcement grouting, fillback grouting and bolt supporting in floor heating engineering, roofing, high-rise building walls, reservoirs, hydropower stations, ports, docks, foundation treatment, soft foundation, tunnels, subways, mining construction etc.

Long Pumping Distance Small Concrete Pump Mini Concrete Pump Machine 0