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Jiangsu Siming Engineering Machinery Co., Ltd.
About us
Your Professional & Reliable Partner.
Siming company is the first manufacturer in China for series concrete slip form paver which includes four-crawler type SMC-6600,SMC-6500; three crawler type SMC-5500,SMC-5000; one crawler type SMC523,and extruder SMC450. The slipform pavers are applied to on site pouring many types of concrete structures such as road, sidewalk, curb&gutter, gutter, barrier¶pet etc. Compared with traditional precast method, our machines are featured with high operation speed( max paving speed to 15m/min), high ...
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Year Established

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Million+
Employees

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Million+
Customers Served

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Million+
Annual Sales
China Jiangsu Siming Engineering Machinery Co., Ltd. HIGH QUALITY
company has strictly quality control system and professional test .
China Jiangsu Siming Engineering Machinery Co., Ltd. DEVELOPMENT
Internal professional design team and advanced machinery workshop. We can cooperate to develop the products you need.
China Jiangsu Siming Engineering Machinery Co., Ltd. MANUFACTURING
Over 30 years of industry experience, mature product supporting facilities, and strict process control systems
China Jiangsu Siming Engineering Machinery Co., Ltd. 100% SERVICE
FOB, CIF, DDU and DDP. Let us help you find the best solution for all your concerns.

Quality Slipform Paver & Concrete Slip Form Paver manufacturer

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Strong Strength Goes Global! Our Three-Track Cement Paver Successfully Passes Acceptance for Nigerian Project
Recently, the three-track cement paver independently developed and produced by our company successfully passed the joint acceptance by the owner and supervision unit at the site of a key infrastructure project in Nigeria. All performance indicators meet or even exceed the contractual requirements, winning high recognition and praise from overseas customers.​ Located in the economic core area of Nigeria, the project involves the reconstruction and expansion of expressways, imposing strict requirements on the stability, adaptability and construction efficiency of paving equipment. With its unique three-track walking system, our three-track cement paver effectively solves the problem of ground bearing capacity under the complex geological conditions in Nigeria. It has a larger track contact area and smaller ground contact pressure, enabling stable driving and precise paving even on soft subgrades. Equipped with an intelligent leveling system and high-efficiency vibration device, it achieves high flatness and high compactness of cement concrete pavement paving, with the paving thickness error controlled within ±2mm, far exceeding the industry average.​ From equipment shipment, on-site installation and commissioning to final acceptance, our technical team has been stationed on-site to provide customized solutions according to local climate characteristics and construction needs, helping customers quickly master equipment operation skills and ensuring the steady progress of the project construction schedule. The successful acceptance not only confirms the reliable quality and technical advantages of our three-track cement paver, but also marks the continuous improvement of the recognition of China's high-end road construction equipment in the African market, laying a solid foundation for further deepening China-Africa infrastructure cooperation.​ In the future, we will continue to deepen the overseas market, take technological innovation as the core driving force, launch more high-end road construction equipment suitable for different working conditions, provide better and more efficient solutions for global infrastructure projects, and help build an interconnected transportation network.
Innovation and Sustainability: The Future of Concrete Paving with Our Technology Suite
Innovation and Sustainability: The Future of Concrete Paving with Our Technology Suite The future of infrastructure construction is defined by sustainable practices, minimal environmental impact, and intelligent automation. Our suite of products—the Slipform Paver, Concrete Slip Form Paver, and Averaging Leveling Beam—is continually evolving to lead the industry toward these goals through technological innovation and efficiency. We are committed to integrating technologies that reduce fuel consumption and material waste. Our latest generation of pavers features optimized engine management systems and load-sensing hydraulics that significantly reduce fuel consumption by adjusting power output to match the task demand. Furthermore, the precision offered by the paver's control systems and the Averaging Leveling Beam's reference accuracy guarantees minimal concrete material overruns. A smoother pavement, a direct result of our Averaging Leveling Beam, also contributes to sustainability by reducing vehicle rolling resistance, leading to lower fuel consumption and tire wear for vehicles over the pavement's service life. Our machines are also increasingly compatible with advanced concrete mix designs, including those with supplementary cementitious materials, supporting the industry's push for lower-carbon concrete solutions. By providing tools that are faster, more precise, and more resource-efficient, we are enabling our clients to build the next generation of infrastructure that is not only robust and high-performing but also environmentally and economically sustainable.  

2025

10/18

Beyond the Mold: The Importance of the Averaging Leveling Beam in Pre-Paving Prep
Beyond the Mold: The Importance of the Averaging Leveling Beam in Pre-Paving Prep While the Averaging Leveling Beam is often recognized for its role in the final finishing process, its most crucial function may lie in optimizing the surface profile before the concrete even hits the ground. Our beams are vital tools for preparatory work and profile correction, ensuring that the paver is operating on the most accurate reference possible. In many scenarios, the leveling beam is employed as a sophisticated profile measuring device during the initial paving setup or subbase preparation phase. By running the beam over the prepared subgrade or the newly placed stringline, construction crews can identify long-wavelength deviations that would be difficult to spot with shorter reference tools. The data gathered allows for precise and targeted adjustments to the subbase material or the stringline itself, correcting major irregularities that could compromise the paver's performance. By ensuring a uniform subbase elevation, the Leveling Beam not only minimizes the vertical movement required of the paver's control system but also guarantees that the paver uses the absolute minimum amount of concrete material to achieve the specified slab thickness, maximizing material savings. Essentially, our Averaging Leveling Beam transforms the paving environment into a state of near-perfect readiness, allowing the paver to focus solely on achieving the optimal concrete consolidation and surface finish.

2025

10/18

Precision Matters: Achieving Strict Tolerances with Our Concrete Slip Form Paver
Precision Matters: Achieving Strict Tolerances with Our Concrete Slip Form Paver The construction of critical infrastructure, particularly airport runways and high-speed rail beds, demands adherence to the tightest engineering tolerances. Our Concrete Slip Form Paver is not just a machine for placing concrete; it is a high-precision manufacturing tool, purpose-built to meet and exceed the most rigorous global standards for pavement geometry. Achieving superior geometric precision is a complex challenge, but our pavers simplify it through the seamless integration of mechanical rigidity and electronic intelligence. The heavy-duty, multi-track chassis provides an ultra-stable platform that minimizes track deflection and machine wobble, ensuring that the paving mold maintains a consistent attitude. This stable foundation is coupled with our advanced grade and steer control technology. Utilizing a reference system—whether physical stringline or virtual 3D data—the paver continuously calculates and corrects its position and height. This results in exceptionally tight control over slab thickness, which is vital for structural integrity and load distribution. A consistent thickness prevents localized weak points and guarantees uniform curing. Our engineering focus on minimizing wear in critical hydraulic components and ensuring the highest precision in mold manufacturing means that every paver we produce is capable of delivering pavement segments with virtually flawless geometry, guaranteeing compliance and performance on the most demanding jobs.

2025

10/18