Product Description The SMC-5500 slipform paver is a multi-purpose cement concrete
construction core equipment specially designed for global
cross-border infrastructure projects. It is independently developed
by our company and has been verified by thousands of on-site
constructions. With a full-hydraulic three-crawler drive system as
its power foundation, it integrates multiple advantages such as
intelligent control, precise compaction, energy conservation and
environmental protection, and convenient transportation, completely
breaking the limitation of traditional equipment's "single-scenario
adaptation". Whether it is the construction of curbs and guardrails
in municipal engineering, the pouring of irrigation ditches in
agricultural infrastructure, or the forming of cable trenches in
power engineering, this equipment can achieve continuous and
efficient operation with its strong working condition adaptability.
Adopting a modular design concept, the equipment takes into account
the environmental regulations and transportation standards of
different countries, and is matched with a humanized control
system, allowing both professional construction teams and novice
teams to get started quickly. It is an all-round construction
solution that helps cross-border projects "improve quality,
increase efficiency and reduce costs". - Full-Hydraulic Three-Crawler Drive System - Stable in Complex
Working Conditions: Adopting hydraulic pump and valve components of
international first-tier brands, it builds a full-hydraulic drive
structure with strong and linearly controllable power output. The
118kW high-power engine can easily drive three crawlers to walk
synchronously. The three crawlers adopt a triangular distribution
design, and the ground contact area is 40% larger than that of
traditional double crawlers. It has stronger grip in complex
working conditions such as soft soil and sloped sites, and the
walking deviation is controlled within ±2mm, ensuring stable and
non-shaking paving process, avoiding segregation and collapse of
concrete structures, and adapting to multi-scenario continuous
construction needs.
- Intelligent Energy-Saving Control System - Dual Optimization of
Efficiency and Cost: Equipped with an integrated intelligent
operation platform and a 10-inch high-definition touch screen, it
dynamically displays 16 core parameters such as paving speed,
vibration frequency, fuel consumption, and equipment temperature in
real time, allowing operators to grasp the working conditions at a
glance. Built-in ECO intelligent energy-saving mode, which monitors
the construction load in real time through sensors and
automatically adjusts the engine speed and hydraulic system flow.
When the load is less than 30%, it automatically switches to the
energy-saving gear, reducing the comprehensive fuel consumption by
15%-20% compared with traditional equipment; it also supports
manual/automatic dual-mode switching. Manual precise control can be
used for complex special-shaped structure construction, and the
automatic mode can increase efficiency by 30% for simple linear
structures.
- Precise Compaction and Flexible Steering System - Comprehensive
Control of Detail Quality: Standard with imported WYCO (USA)
square-shell vibrator, the vibration frequency can be steplessly
adjusted within the range of 0-167Hz, and the vibration amplitude
is automatically matched according to the frequency. 8 compaction
parameters can be preset for different grades of concrete from C15
to C50, ensuring the concrete compactness reaches more than 98% and
effectively reducing the risk of later structural cracking.
Innovatively adopting a multi-mode steering system, it supports
three modes: crab steering, coordinated steering and spot steering.
The maximum crawler steering angle can reach ±130°. When
constructing in narrow municipal roads or sites with many
obstacles, the minimum turning radius is only 3.5m, and the
equipment positioning accuracy reaches ±1mm, greatly reducing
construction blank and rework.
- Cross-Border Adaptability Design - Worry-Free Transportation and
Compliance: Adopting an electrically foldable roof design, the
total height of the equipment in the transportation state is
reduced from 3.2m in the working state to 2.86m. With the length
and width of 7000×2250mm, it can be directly loaded into a 20-foot
standard container without disassembly and transportation, reducing
cross-border logistics costs by 15%-20%. The engine is equipped
with a high-efficiency exhaust gas treatment system, standard with
National IV emission standards (GB20891-2014), and also provides
multiple versions such as National III, Euro III, and Euro IV to
meet the environmental regulations of different regions such as
China, the European Union, Southeast Asia, and Africa; key
components have passed CE and ISO9001 certifications, making
cross-border customs declaration process more convenient.
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