This project serves the material transportation needs of a major ongoing industrial park development in Indonesia. The entire construction site covers a wide area and involves massive infrastructure works, which require steady and large-scale delivery of sand, gravel and various stone aggregates throughout the construction phase. The local construction environment presents obvious challenges, including uneven site roads, frequent on-site vehicle shuttles and tight project deadlines. Conventional transportation trucks are limited in load capacity and unloading efficiency, making them unable to support the site’s high-frequency and heavy-duty material delivery requirements.
To address these on-site difficulties, the project introduced customized heavy-duty tipper semi trailers as the core transportation equipment. With a sturdy U-type carriage and reasonable multi-axle load-bearing layout, these trailers deliver outstanding structural toughness and adapt to heavy-load operation, with a stable carrying range of 35 to 40 tons, fully matching the transportation characteristics of construction bulk materials. The matched hydraulic tipping device works stably under frequent use, enabling quick and thorough automatic unloading on site. This design greatly saves manual auxiliary work and unloading waiting time, and also reduces material residue and waste caused by incomplete dumping.
Considering Indonesia’s typical humid and rainy weather and rough construction road conditions, the trailers are optimized with anti-corrosion surface treatment and reinforced wearable accessories, lowering daily wear and tear and reducing long-term maintenance expenses. After putting into formal operation, the trailer fleet maintains orderly and efficient daily transportation cycles, providing continuous material guarantee for park foundation treatment, factory workshop construction and internal road laying. The practical application has effectively accelerated the overall construction progress, optimized material turnover efficiency, and gained positive feedback from the local project team for its stable performance and strong site adaptability
