Our Past Projects
Located in the core cultural area of Jiujiang City, this project is a multi-functional art complex. The flooring utilizes our company’s cement-based self-leveling system, achieving high strength, high wear resistance, and dustproof performance, meeting the needs of a large public venue with high pedestrian traffic and load-bearing requirements.
This Grade A office building project in Nanchang used our company’s cement-based self-leveling mortar in the lobby and public areas. After construction, the floor was highly flat and crack-free, perfectly supporting the design and practical requirements of a high-end office environment.
This is a public medical and healthcare project. The flooring uses our company’s medical-grade gypsum-based self-leveling compound, with PVC flooring laid on top. The materials are environmentally friendly, sterile, and easy to clean, meeting the special standards for floor safety and hygiene in medical and health facilities.
This high-end residential community project features fully furnished apartments. The interior floors were entirely poured with our company’s gypsum-based self-leveling compound, effectively solving the problem of uneven original floors and providing a perfect base for subsequent installation of wood flooring, carpets, etc.
The standardized factory building project in the industrial park extensively utilizes our company’s wear-resistant self-leveling cement, which features resistance to heavy pressure, impact, wear, and corrosion, meeting the requirements for long-term high-intensity use in industrial environments.
This urban complex project utilizes our epoxy colored sand self-leveling compound in its commercial section. It combines decorative and functional properties, is slip-resistant and stain-resistant, and is well-suited to the high foot traffic and frequent cleaning environments of a shopping mall.
Our company’s wear-resistant epoxy self-leveling compound is used in the maintenance and new construction projects of public buildings in universities, including teaching buildings and laboratories. It is durable, easy to maintain, and meets the high-frequency use needs of the university.
