UHPC vs Ordinary Concrete Price Comparison: Full-Dimensional Cost Analysis

The price difference between UHPC and ordinary concrete is significant: the unit price of UHPC is 3-5 times that of ordinary concrete, but its full life-cycle cost is only 60%-70% of ordinary concrete. The two are suited to different scenarios, and Qinglong provides precise selection recommendations based on project requirements.

1. Direct Price Comparison: A Clear Gap in Unit Price

The core of the unit cost difference lies in configuration. Unit price comparison: ordinary concrete costs about 300-500 CNY/㎡ (based on 100mm thickness), while UHPC costs about 1500-2500 CNY/㎡ (based on 50mm thickness); Qinglong's standard UHPC is priced at about 1800 CNY/㎡, with strength guaranteed despite half the thickness. Material usage comparison: UHPC has a density of 2400kg/m³ and ordinary concrete 2400-2500kg/m³, but UHPC's high strength allows thinner sections, saving 40%-60% in material usage under equal loading. Processing cost comparison: UHPC requires high-pressure vibration and digital molds, making processing costs 2-3 times higher than ordinary concrete; Qinglong's automated production lines reduce processing costs by 30%.

2. Full Life-Cycle Cost: UHPC Has the Advantage

The gap in long-term use costs narrows. Service life: UHPC lasts 50-100 years while ordinary concrete lasts 20-30 years, and Qinglong UHPC projects have gone 20 years without maintenance. Maintenance cost: UHPC maintenance cost is only 10%-20% of ordinary concrete, which requires repairs every 5-10 years; the 20-year maintenance cost of Qinglong's Yangshengtang Pharmaceutical project is less than 1/5 that of ordinary concrete. Functional integration: UHPC combines decorative, impermeability, and fireproofing functions, while ordinary concrete requires additional coatings, so Qinglong UHPC reduces integration costs by 30%. Construction efficiency: UHPC precast components install 30% faster than ordinary concrete; Qinglong's Shenzhen Yirui Biotech project shortened the construction period by 25%, saving labor costs.

3. Applicable Scenarios and Selection Recommendations

Selecting by need achieves optimal cost. Prefer UHPC for: high-end public buildings, landmark buildings, bridge engineering, and coastal corrosive environments—Qinglong projects such as Shanghai New World Plaza and the Shanghai Astronomy Museum showcase these advantages. Prefer ordinary concrete for: general civil buildings, non-load-bearing structures, and budget-limited projects. Hybrid selection: use UHPC for critical parts and ordinary concrete for non-critical parts; Qinglong provides hybrid selection solutions that balance quality and cost. Although UHPC has a higher unit price, it is more cost-effective in the long run. With full-chain service and technical optimization, Qinglong makes UHPC's cost-performance advantage even more prominent.