How Can Small and Medium-Sized Projects Reduce Mold Costs for Custom UHPC Components? Qinglong UHPC Mold Cost Optimization Solution

Small and medium-sized projects can reduce mold costs through four approaches: selecting standard panel types, adopting modular design, using composite material molds, and sharing molds with other projects. Reasonable optimization can reduce mold costs by 30%-50% without affecting component quality.

Specific measures include: prioritizing the manufacturer's existing standard panel types (mold cost of 0); modular design (e.g., breaking irregular panels into standard units + irregular components); using GRP molds for non-critical areas (cost is 1/3 of steel molds); and combining production with other projects to share mold costs. A small commercial complex project used these measures to reduce mold costs from 120,000 yuan to 60,000 yuan, saving 50%.

Design Optimization Measures

Use existing molds from the manufacturer's standard panel type library; break complex shapes into combinations of simple units; these measures save at the source.

Mold Selection Optimization

Use composite material molds for small batches (50-use lifespan); these optimizations balance cost and lifespan.

Production Organization Optimization

Merge production batches with other projects; these optimizations improve mold utilization.

Cost Allocation Methods

Allocate mold costs based on output; these methods reduce per-unit allocation costs.

Mold costs can be optimized. Qinglong UHPC offers multiple solutions to help you save money.