SAFE TRANSPORT
FOR HAZARDOUS LIQUIDS
Safe, efficient and reliable transportation for liquid bulk cargo worldwide.
The Global Standard for
Liquid Bulk Transport
An Isotank is a reusable stainless-steel tank container built to ISO standards for transporting bulk liquids safely and efficiently.
Designed for road, rail and sea transport, it provides a secure and reliable solution throughout the supply chain.
- Reusable & sustainable
- ISO certified construction
- Intermodal transportation
- High product protection
- Up to 26,000 liters capacity
Food-grade Isotank
Solutions
NEST LTD provides newly built food-grade 20ft T11 Isotanks for the transportation and storage of liquid food products and non-hazardous bulk liquids.
Each tank features a 26,000-litre capacity, T316 stainless-steel barrel, carbon-steel frame, steam heating, insulation, and top & bottom discharge outlets for safe and efficient handling.
- Food-grade T11 Isotanks
- 26,000 L capacity
- T316 stainless steel
- Steam heating & insulation
- Top & bottom discharge
Frequently Asked Questions
How much does an ISO tank hold?
Nominal capacity: 26,000 liters (3,963 gal).
Are the Hippo-Tanks insulated?
Surrounded by layers of insulation made from high-quality materials, all Hippo-Tanks are designed to minimize product temperature gain throughout a shipping cycle.
These super-insulated tanks are able to deliver temperature-sensitive products without the extra costs of refrigeration.
How much does an empty ISO tank weigh?
Specifications vary depending on the equipment used. Usually between 3700 and 3800 kgs.
What are the benefits of Hippo-Tanks?
Increased Payload
A 20ft box container can hold up to a maximum of 80 drums or 16,000L in total, while our 20ft Hippo-Tanks can carry 26,000L.
Efficiency
For the equivalent shipping space, Hippo-Tanks carry a far greater quantity of product, while also eliminating the time-consuming inefficiencies of drum filling, unloading and disposal.
Superior Temperature Performance
Hippo-Tanks are super-insulated, helping protect cargo from extreme temperature fluctuations.