Concrete Surfaces Slipform Paver Machine 2.5m Width Road Paving Equipment
Slipform paver machine for smooth and durable concrete surfaces in water conservancy construction
Usage Conditions
- Highway and municipal road construction fields: curbs, central isolation belt, anti-collision walls, slope protection, drainage ditches, cement pavements, etc.
- Railway construction field: retaining walls, drainage ditches, etc.
- Agriculture and water conservancy construction fields: anti-seepage canals, slope protection and pavement hardening, etc.
Key Features
1. Improve Construction Efficiency
The sliding formwork machine achieves continuous operation, completing concrete pouring and forming in one go, significantly accelerating construction progress. Its high mechanization reduces manpower input and labor intensity while eliminating efficiency issues from manual operations.
2. Ensure Construction Quality
This technology effectively controls concrete pouring quality, creating smoother surfaces and preventing cracks and gaps. It ensures water conservancy projects' anti-seepage and impact resistance performance while improving concrete structure continuity.
3. Adapt to Complex Working Conditions
The three-track cement sliding mode machine excels in challenging water conservancy engineering areas like steep dam slopes and tunnels, facilitating concrete transportation and construction in difficult locations.
4. Reduce Cost Investment
Minimizes template turnover and loss, effectively reducing construction investment. High construction efficiency also saves time and labor costs.
5. Enhance Structural Stability
Mechanized construction improves concrete construction structure stability.
6. Easy to Operate and Control
Electro-hydraulic control system simplifies operation with real-time machine status monitoring and intuitive fault indication for prompt problem resolution.
7. Strong Applicability
Hydraulic-driven full track walking and steering provides powerful driving force and fast steering for various paving operations. Rotating, tilting, and biasing feeding screw or belt further improves efficiency.
Technical Specifications
| No. |
Project |
Unit |
Parameter |
| Basic Performance Parameters |
| 1 |
Max paving width |
cm |
300 |
| 2 |
Max paving height |
cm |
180 |
| 3 |
Work speed |
m/min |
0～10 |
| 4 |
Driving speed |
km/h |
0～2 |
| 5 |
Theoretical productivity |
m3/h |
90 |
| 6 |
Hopper capacity |
m3 |
2～10 (Depends on mold width) |
| 7 |
Climbing ability |
% |
≥20 |
| 8 |
Diesel tank |
L |
230+120 (optional) |
| 9 |
Water tank |
L |
500 |
| 10 |
Hydraulic oil tank |
L |
300 |
| Engine Performance Parameters |
| 11 |
Engine model |
/ |
Shangchai SC4H160.5G4 |
| 12 |
Engine power |
kW r/min |
118Kw/2200 |
| 13 |
Engine type |
/ |
4-cylinder water-cooled |
| 14 |
Emission standard |
/ |
Stage 4 (Stage 3 optional) |
| Size Parameters |
| 15 |
Dimensions (L x W x H) |
mm |
7000*3550*3600 |
| 16 |
Transport (L x W x H) |
mm |
7000*2250*2860 |
| 17 |
Track (L x W x H) |
cm |
163x30x63 |
| Weight Parameters |
| 18 |
Weight |
kg |
15000 |
| Feeding Performance Parameters |
| 22 |
Spiral device speed |
r/min |
0～70 |
| 23 |
Spiral diameter |
cm |
42 |
| 24 |
Belt device speed |
r/min |
0～100 |
| Mold Performance Parameters |
| 25 |
Number of molds |
pcs |
1 |
| 26 |
Construction form |
/ |
Left side paving (optional) |
| Vibration Compaction Parameters |
| 28 |
Vibration rod frequency |
Hz |
0～167 |
| 32 |
Number of vibrator |
pcs |
5 |
| Cleaning Performance Parameters |
| 33 |
Cleaning form |
/ |
High pressure cleaning |
| 34 |
Cleaning pressure |
Mpa |
7 |
| Hydraulic System |
| 35 |
Quantity of hydraulic pumps |
pcs |
2 |
| 36 |
Hydraulic oil cooling |
/ |
Large size radiator, forced air cooling |
| 37 |
Maximum filtering accuracy |
/ |
10μm |
Construction Case Studies
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