Construction Methods and Technology

From materials management to on-site paving, establish a stable and consistent pavement performance.

Asphalt pavement must withstand traffic loads, environmental changes, and long-term use. Therefore, the stability of the engineering process is crucial to the lifespan of the road. Yongli's asphalt engineering does not only focus on the paving process itself, but also reduces the possibility of quality fluctuations from the moment the materials enter the mixing plant through process design and on-site management.


During the mixing stage, the aggregates are graded according to their particle size, heated and sieved, and then precisely measured and mixed to ensure that the materials remain stable before entering the construction site. After mixing, the materials are transported to the site at an appropriate temperature, and the paving and compaction equipment completes the construction in sequence to form a dense and flat pavement.

From materials management to on-site paving, establish a stable and consistent pavement performance.

Asphalt pavement must withstand traffic loads, environmental changes, and long-term use. Therefore, the stability of the engineering process is crucial to the lifespan of the road. Yung-Yu's asphalt engineering does not only focus on the paving process itself, but also reduces the possibility of quality fluctuations from the moment the materials enter the mixing plant through process design and on-site management.


During the mixing stage, the aggregates are graded according to their particle size, heated and sieved, and then precisely measured and mixed to ensure that the materials remain stable before entering the construction site. After mixing, the materials are transported to the site at an appropriate temperature, and the paving and compaction equipment completes the construction in sequence to form a dense and flat pavement.



Structural stability is the core requirement to support long-term usage needs.

Concrete engineering is often used in areas with high load-bearing requirements, and the key to the construction process lies in structural integrity and long-term stability. Yung-Chi ensures that concrete pavements maintain their structural performance long-term through clear construction milestones and on-site management.


Before construction, the formwork and sub-base are completed to establish a stable foundation for subsequent pouring. After the concrete is poured, the material is evenly distributed and voids are eliminated through immediate leveling and vibration. Subsequent surface finishing and curing ensure that the structure is cured under appropriate conditions.


Structural stability is the core requirement to support long-term usage needs.

Concrete engineering is often used in areas with high load-bearing requirements, and the key to the construction process lies in structural integrity and long-term stability. Yongli ensures that concrete pavements maintain their structural performance long-term through clear construction milestones and on-site management.


Before construction, the formwork and sub-base are completed to establish a stable foundation for subsequent pouring. After the concrete is poured, the material is evenly distributed and voids are eliminated through immediate leveling and vibration. Subsequent surface finishing and curing ensure that the structure is cured under appropriate conditions.

Reliable construction methods and technologies, ensuring quality control from production to quality management.

The quality of paving projects is not only inspected after completion, but is gradually accumulated in each construction process. Yongli views its construction methods as a understandable and executable process system. From material management and production rhythm to on-site construction, through clear node design and technical assistance, the results can remain consistent under different engineering conditions.

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Asphalt engineering process

From materials management to on-site paving, establish a stable and consistent pavement performance.

Asphalt pavement must withstand traffic loads, environmental changes, and long-term use. Therefore, the stability of the engineering process is crucial to the lifespan of the road. Yongli's asphalt engineering does not only focus on the paving process itself, but also reduces the possibility of quality fluctuations from the moment the materials enter the mixing plant through process design and on-site management.


During the mixing stage, the aggregates are graded according to their particle size, heated and sieved, and then precisely measured and mixed to ensure that the materials remain stable before entering the construction site. After mixing, the materials are transported to the site at an appropriate temperature, and the paving and compaction equipment completes the construction in sequence to form a dense and flat pavement.

  • Granular material grading, heating, and screening ensure stable material properties.

  • The proportions and temperature are controlled simultaneously during the mixing process.

  • Materials are shipped in proper condition.

  • On-site paving control of thickness and uniformity

  • Initial compression, secondary compression, and final compression form a dense structure.

  • Continuously monitor the pavement condition during construction.


    • In runway and high-standard road construction, pavement smoothness directly affects safety and durability. Yongli has introduced a 3D pavement system that uses sensing and positioning technology to correct paving height and slope in real time, eliminating reliance on manual experience for construction accuracy.
    • Real-time control of paving height and longitudinal and transverse slopes
    • Construction errors reduced to the millimeter level
    • Shortened pre-layout work time
    • Suitable for runway and high-standard road construction


  • In nighttime or time-limited construction conditions, the speed at which the pavement cools down often determines whether a project can be completed on time. Yung-Yu's rapidly cooling pavement system effectively shortens the cooling time, allowing for more flexible project scheduling.
  • Cooling time reduced from approximately 120 minutes to approximately 40 minutes
  • Improved efficiency for nighttime construction
  • Support for projects requiring immediate paving


    • To reduce material quality fluctuations, Yongli has implemented intelligent monitoring and data-driven management throughout the mixing process, continuously monitoring the mixing status and production rhythm to ensure consistent performance across different batches of materials. This includes:
    • Real-time monitoring of mixing temperature and proportions
    • Reduced production and construction fluctuations
    • Improved long-term pavement durability


  • The fully enclosed mixing plant encloses the production equipment within an indoor space and incorporates noise reduction, dust collection, and odor control designs to minimize the environmental impact of asphalt production. This includes:
  • Reduced noise and dust
  • Controlled odor emissions
  • Improved air quality
  • Enhanced community friendliness


  • A complete set of construction equipment ensures that the project can proceed according to plan, without affecting quality due to schedule or environmental conditions.
  • Existing pavement is treated by a planer.
  • Paving machine controls pavement thickness and uniformity.
  • A three-stage compaction process creates a dense structure.
  • Impact mitigation equipment enhances construction safety.

    • Yongli continuously innovates construction methods and technologies, bringing about changes to the land.

    Yongli's construction techniques are not meant to showcase complex equipment, but to make every process understandable, executable, and replicable.

    Through clear process design and patented technology, Yongli ensures stable pavement quality over long-term use and reduces uncertainties in subsequent maintenance. This is the key to Yongli's continued trust in high-standard road and runway projects.

    Asphalt concrete mixing plant production process

    Key construction methods and management enabled Yongli to achieve precise results.

    A clear process is the starting point for quality; while construction methods and management determine whether the process can be effectively implemented on-site. Yongli ensures that the engineering process remains accurate and controllable under actual conditions through key construction methods and construction management approaches.

    Flexible construction schedules for nighttime and time-limited construction

    In response to nighttime or time-limited construction conditions, Yung-Yu has made provisions for flexibility in key nodes in the project arrangement, so that the pavement can be completed and opened for use on schedule under safe conditions, reducing the impact on traffic and operations.

    Precise paving and construction rhythm control

    In high-specification road and runway projects, pavement flatness is closely related to construction rhythm. Through precise paving control and on-site rhythm management, Everlasting is able to maintain stability in construction quality within a limited period and reduce the risk of rework.

    Construction equipment and on-site collaboration

    From paving and compaction to on-site protection, the complete equipment configuration and collaborative methods ensure smooth connection of each process, guaranteeing that the quality of the project is not compromised due to environmental or time constraints.

    Flexible construction schedules for nighttime and time-limited construction

    In response to nighttime or time-limited construction conditions, Yung-Yu has made provisions for flexibility in key nodes in the project arrangement, so that the pavement can be completed and opened for use on schedule under safe conditions, reducing the impact on traffic and operations.

    Precise paving and construction rhythm control

    In high-specification road and runway projects, pavement flatness is closely related to construction rhythm. Through precise paving control and on-site rhythm management, Everlasting is able to maintain stability in construction quality within a limited period and reduce the risk of rework.

    Asphalt concrete mixing plant quality control process