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Crate molds built for low-temperature impact and heavy stacking loads.
Key factors for cold chain performance
Low-temperature impact resistance
Corner reinforcement and stack stability
Pallet footprint and forklift entry
Related mold options for this scenario
Rigid vs. returnable crate options
| Option | Best For | Key Advantage |
|---|---|---|
| Vegetable Crate | High stacking loads | Rigid corners + pallet stability |
| Foldable Crate | Return logistics | Lower return volume |
Cold-chain handling scenarios
Refrigerated warehouse handling
Export palletized transport
Returnable cold-chain loops
Typical choices for cold-chain crates
HDPE for low-temperature impact; 718H steel for long production runs and stable dimensions.
Reinforced corners, forklift clearance, and pallet footprints tuned to your logistics system.
Common ranges for cold-chain crates
Footprint: 600x400mm (common)
Cavity: 1
Cycle time: 45-60s (size dependent)
Part weight: 1.5-3.0kg (material dependent)
Steel: 718H (or S136 for corrosion risk)
Stack target: 8-12 high (application dependent)
What to confirm before tooling starts
Low-temp impact not tested with resin grade
Fork entry clearance not matched to equipment
Stack height assumptions not validated
Information that speeds up quoting
Target footprint and stack height
Temperature range and handling method
Material preference and impact targets
Forklift clearance or conveyor requirements
Annual volume and target cycle time
Export destination and compliance needs
Typical project conditions
Lead time: 45-60 days after approval
Payment terms: 30% deposit, 70% before shipping
Trial samples and inspection report before dispatch
Common procurement questions
Yes. We recommend HDPE and reinforce corners for cold-chain use.
Yes. We build to common footprints such as 600x400mm.
We check stack geometry in trials and recommend load validation per use.