Guchuan High-Tech is a subsidiary of Guchuan Industrial Group specializing in industrial real estate development. The Group has been deeply involved in industrial investment promotion for 15 years and maintains close partnerships with nearly 200 government agencies and investment promotion organizations across China. The park covers an area of 240 mu (approximately 16 hectares) with a total investment of 1 billion yuan. It includes zones for standard and custom-built factories, and is planned to feature single-story production facilities and multi-story office buildings.
【Key Industries】The park focuses on attracting industries such as new energy, new materials, smart manufacturing, equipment manufacturing, and electronic information to create a high-end industrial cluster.
【Location】The park is situated at the intersection of Tianqu Road and East Outer Ring Road in eastern Dezhou, near Dezhou East Station. Adjacent to the Canal Economic Development Zone, it offers convenient transportation and a vibrant industrial environment.
【Facility Overview】The park is currently constructing 12 single-story steel-structured factory buildings ranging from 1,600 to 5,000 square meters in area, with a ceiling height of 11 meters; some units include reserved overhead crane beams. Additionally, there are 3 office and R&D buildings, each spanning 900 square meters. Six customizable land plots ranging from 18 to 50 mu are available, offering flexible combinations and complete legal documentation to meet enterprises’ diverse custom factory space requirements.
【Product Advantages】The park’s factory buildings utilize world-leading Butler steel construction. Walls and roof panels are fully factory-customized; pre-drilled holes and adhesive bonding eliminate on-site drilling misalignment and prevent future corrosion. Purlin and bolt materials are high-strength, exceeding industry standards by twofold. The insulation layer consists of Owens Corning glass wool felt from the U.S., offering excellent soundproofing and thermal insulation while effectively reducing thermal bridging.