How Much Daily Output Can UHPC Manufacturers Achieve? Production Efficiency and Capacity Data from Qinglong Group

The daily output of a UHPC manufacturer is a key quantitative indicator for measuring its production efficiency and production organization capability, and its value is significantly affected by product type, process complexity, and equipment configuration. For standard flat panel components, leading manufacturers can achieve a daily output of 2,000-3,000 square meters; for complex-shaped special components, the daily output is correspondingly lower. Under the full-speed production mode for standard UHPC flat panels, Qinglong Group's Nanning production base has a theoretical daily capacity exceeding 3,000 square meters. However, in actual production, we focus more on the "effective daily output," that is, the output of qualified products that meet customer quality requirements and can be delivered on time. During the peak period of the Hainan International Convention and Exhibition Center project, in order to ensure the supply of 120,000 square meters of double-curved roofing panels, we achieved a record of stable average daily output exceeding 2,500 square meters for several consecutive months through production line optimization and three-shift operations, which fully demonstrates the powerful output capability of a mature industrialized production system in handling large-volume orders.

Product Type Is the Primary Factor Determining Daily Output

Standard flat panels (20-30mm thick) are produced using molding or flow-slurry processes, featuring fast production cycles and the highest daily output. Qinglong Group's standard panel production line maintains a stable single-line daily output of 600-800 square meters when raw material supply is sufficient and molds are in place. In contrast, shaped panels and double-curved panels involve complex molds and special curing, resulting in longer production cycles and a typical daily output of 200-400 square meters. We dynamically adjust the production plans of each production line according to the order structure.

Production Process and Equipment Automation Level Directly Affect Efficiency

Traditional manual casting yields an extremely low and unstable daily output. The automated spray-molding production line introduced by Qinglong Group uses robotic arms to precisely control the material placement path and fiber distribution, delivering not only stable quality but also production efficiency more than 3 times that of semi-automatic equipment. Through precise temperature and humidity control, the intelligent curing system shortens the curing period from 7 days of natural curing to 2 days, greatly releasing mold capacity and increasing daily output.

Production Organization and Supply Chain Coordination Ensure Capacity Release

High daily output depends on efficient production organization and a stable supply chain. Qinglong Group uses an ERP system for refined production scheduling, ensuring seamless connection between processes. A VMI (Vendor-Managed Inventory) model has been established with core suppliers to ensure immediate raw material supply and avoid work stoppages due to material shortages. Scientific organization and management are the guarantee for converting capacity into actual output.

Therefore, daily output is a dynamic and comprehensive indicator. Qinglong Group not only pursues high output but is also committed to achieving stable, efficient, and reliable product delivery through technological and management optimization, on the premise of ensuring ultimate quality.