Sintered Stone Logistics Calculator
Precision weight, area, and container payload planning tool engineered for architects, fabricators, and global procurement managers.
Secure Packaging for Global Transit
Reinforced Steel A-Frame Standard
To ensure zero transit damage for large-format slabs, Funtek utilizes engineered steel A-frames. Each frame secures up to 20 slabs, perfectly optimized for 20ft General Purpose ocean containers.
- Heavy-duty steel construction avoids wood fumigation issues.
- Customized tilt angle prevents micro-fractures during rough sea swells.
- Designed for rapid forklift extraction at destination ports.
The Engineering Behind Sintered Stone Weight
The Physics of Density
Sintered stone density averages 2,450 kg/m³. The extreme compaction process grants exponentially higher flexural strength, allowing architects to specify 6mm ultra-thin profiles for facade cladding, effectively reducing dead-loads by up to 60% compared to marble.
Ocean Freight & Loading Standards
A standard 20ft GP container enforces a payload limit of 21,000 to 24,000 kg. Failing to calculate packaging tare weight (approx. 150kg per frame) often leads to port delays. Our calculator factors this in for accurate B2B planning.
Global Logistics Reference Table
| Format (L x W) | Thickness | Weight per Slab | Weight per m² | Est. 20ft Yield |
|---|---|---|---|---|
| 1600 x 3200 mm | 6 mm | 75.3 kg (166 lbs) | 14.7 kg/m² | ~240 slabs |
| 1600 x 3200 mm | 12 mm | 150.5 kg (332 lbs) | 29.4 kg/m² | ~120 slabs |
| 1600 x 3200 mm | 20 mm | 250.9 kg (553 lbs) | 49.0 kg/m² | ~75 slabs |
| 1200 x 2400 mm | 9 mm | 63.5 kg (140 lbs) | 22.0 kg/m² | ~300 slabs |