Juyan Kaiwu Outdoor Experimental Site serves as a core practical platform for Henan Juyan Material Technology to delve into concrete disease treatment, as well as a vital link connecting laboratories with actual engineering sites. Breaking free from the limitations of constant indoor temperature environments, this site takes nature as the testing ground and verifies the superior performance of all products under real working conditions, providing solid practical data support for the research, development and optimization of infrastructure building materials.
With a well-planned layout and multiple functional zones, the site supports various outdoor experiments including silane protection, polyacrylate emulsion mortar repair and epoxy mortar restoration. Equipped with physical specimens such as concrete guardrails and structural prototypes, it fully reproduces real scenarios of roads, bridges, tunnels and other projects. It simulates natural influences like freeze-thaw cycles, rainwater erosion and ultraviolet aging to comprehensively monitor the long-term service performance of materials.
Professional researchers are stationed on-site throughout experiments to accurately record all test data. Every adjustment of raw material formulas and upgrading of construction techniques is carried out in a rigorous and evidence-based manner. The penetration effect of silane paste, bonding strength of repair mortars and other core indicators are all verified repeatedly here, ensuring all products meet strict on-site engineering standards.
Our core products, fully validated with practical test results from this outdoor site, have been widely applied in numerous key infrastructure projects including Urumqi-Yutian Expressway, Nanyang Section of Shanghai-Xi’an Expressway, Zhengzhou Ring Expressway and Jiyuan-Shanxi Expressway. More than a performance testing ground, it embodies Juyan’s commitment to quality and scientific research. We empower infrastructure safety with reliable test data and safeguard long-term engineering stability with ingenuity.
