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| Brand Name: | SunMore |
| Model Number: | PT5000 |
| MOQ: | 1 Piece |
| Delivery Time: | 45 days |
| Payment Terms: | T/T |
Water Supply System 5T Rotational Molding Aluminum Mold for Large Storage Tank Production
Product Description
If your application involves
Medium to large storage tank production
Capacity around 5 tons
Use in water supply or engineering storage systems
This rotational molding aluminum mold is commonly used for such requirements
This size is designed for medium large tank production where both capacity and operational stability need to be considered
Common Issues
Typical issues at this level occur during system operation
Water level fluctuation during supply
Inconsistent operation between multiple tanks
Structural load variation over long term use
Solution
To address system level challenges the mold design focuses on
Improving thermal uniformity
Aluminum conductivity 150–180 W per meter per Kelvin
Optimizing structural continuity
Ensuring smooth material distribution
Standardizing connection size
660 mm opening for engineering connections
Matching process conditions
Air or water cooling based on production needs
Specification Table
| Model | Capacity | Diameter | Height | Opening | Total Height | Weight |
|---|---|---|---|---|---|---|
| PT5000 | 5T | 1730 | 1930 | 660 | 2280 | 100–125 |
Parameter Explanation
Large diameter increases material distribution complexity
660 mm opening supports standard engineering connections
Higher weight requires stable production equipment
Applications
Water supply units
Engineering storage tanks
Industrial liquid storage
System buffer units
Selection Guidance
Choose this model when
Medium large capacity required
System participation needed
Stable operation required
Upgrade when
Continuous operation intensity is high
Load variation is significant
Long term stability required
FAQ
Q1 Is 5T suitable for centralized water supply
Yes for medium scale systems depending on requirements
Q2 Can opening size be customized
Yes based on piping needs
Q3 How to ensure consistency
Through stable thermal and structural control
Conclusion
This model represents a key stage for stable system level applications
It balances capacity and operational stability
