What Are the Key Technologies for Achieving High Perforation Rates in UHPC Shaping? UHPC Perforation Technology Breakthrough

Key technologies for UHPC to achieve high openwork rates (≤60%) include fiber reinforcement (steel fiber content 2%-3%), optimized mix proportions (water-binder ratio 0.20-0.22), precision mold making (accuracy ±0.2mm), and vacuum vibration molding (compaction degree ≥98%). With these technologies, the edges of openwork areas remain intact and strength meets usage requirements.

At a cultural center, an openwork curtain wall achieved an openwork rate of 55% with a panel thickness of only 20mm; testing showed a wind pressure resistance of 3.0kPa. The openwork patterns were complex, with a minimum connection width of 15mm, achieving a perfect combination of art and structure. Qinglong UHPC optimized the openwork design through finite element analysis, ensuring both safety and aesthetics.

Material Reinforcement Technology

Steel fibers enhance toughness; these technologies improve performance.

Molding Process Innovation

Vacuum vibration molding; these innovations ensure quality.

Mold Making Precision

Accuracy ±0.2mm; this precision enables complex shapes.

Structural Design Optimization

Finite element analysis optimization; these optimizations ensure safety.

High openwork rates require technical support. Qinglong UHPC technology is industry-leading, bringing creative visions to life.