Green woven non woven composite geotextile for road curing is a multifunctional composite geotechnical material integrating anti-seepage, curing, and reinforcement functions. It is specifically designed for landscape engineering, high-grade highway pavement curing, and eco-friendly infrastructure construction. The product uses high-strength woven polyester fabric as the reinforcing core, with nonwoven geotextile layers or functional coating layers laminated on the upper and lower surfaces. Through a hot-pressing composite process, it forms a multi-layer synergistic system. In concrete curing and pavement engineering, this material effectively maintains stable moisture release, reduces evaporation loss, and simultaneously provides soil isolation and seepage control, significantly improving the integrity and durability of surface structures.
·High-strength woven reinforcement structure: The high-density woven polyester core provides excellent tensile strength in both longitudinal and transverse directions, as well as superior dimensional stability, enabling it to withstand complex construction loads and ground deformation.
·Multi-layer moisture retention system: The upper and lower functional layers form an efficient water storage and controlled-release structure, continuously supplying uniform moisture to the concrete surface to ensure stable curing performance.
·Integrated anti-seepage and separation performance: The composite structure effectively blocks moisture exchange between surface water and the subgrade, while preventing soil particle migration and maintaining structural stratification stability.
·Weather resistance and environmental durability: The material offers excellent resistance to UV exposure, acids and alkalis, and biological degradation, making it suitable for long-term outdoor exposure conditions.
·Improves concrete curing quality: By providing continuous and stable moisture control, it effectively reduces cracking and uneven strength development caused by rapid surface water loss, enhancing overall concrete performance.
·Enhances pavement structural durability: The combined effects of reinforcement and anti-seepage reduce the impact of subgrade water damage, extending the service life of road and landscape structures.
·Reduces construction steps and overall costs: By integrating curing blanket, anti-seepage layer, and isolation layer functions into one material, it reduces multi-layer material usage, improves construction efficiency, and lowers project costs.
·High adaptability and ease of installation: With balanced flexibility and strength, it allows for quick laying, overlapping, and reuse, adapting well to various complex terrains and construction environments.
·High-grade highways and urban road concrete curing projects: Used for moisture retention and temperature control of newly poured pavement, improving early-stage strength development.
·Landscape engineering and ecological paving systems: Applied in garden walkways, ecological plazas, and similar areas to provide water retention, anti-seepage, and base stabilization functions.
·Bridge and elevated structure concrete curing: Provides continuous moist curing and thermal stress protection for elevated and complex structural concrete.
·Subgrade isolation and light anti-seepage engineering: Forms a separation layer between the base and soil to prevent fine particle mixing and abnormal moisture migration, improving overall structural stability.
| Brand | Hui Le |
| Is customization supported | Customization Available |