Heavy-Duty T21 Portable Tank Container for Organometallic Liquid Transport UN3394 UN3398 UN3399
Key Features
- Suitable for transporting hazardous liquids under UN classifications 3394, 3398, and 3399, particularly those that are flammable, pyrophoric, or react with water.
- Complies with both GB/T150 standards and the International Maritime Dangerous Goods (IMDG) Code, supporting safe global logistics.
- Fabricated using 10mm-thick S30408 stainless steel, offering exceptional resistance to corrosive substances.
- Built-in DN25 rupture disc with a pressure threshold of 15 bar ensures safety in case of overpressure events.
- Rated for a maximum allowable working pressure (MAWP) of 6.2 bar, with an internal capacity of 1,880 liters.
Technical Data
Parameter
|
Detail
|
Parameter
|
Detail
|
Total Volume
|
1,880 liters
|
Gross Mass
|
4,324 kg
|
Shell Material
|
S30408 Stainless Steel, 10mm
|
Max Payload
|
3,384 kg
|
Venting Capacity
|
0.788 Nm³/s
|
Tare Weight
|
940 kg
|
Rupture Disc Specs
|
DN25, rated 15 bar
|
Test Pressure
|
15 bar
|
UN Certification Code
|
T21
|
Temperature Range
|
-40°C to +70°C
|
Application Summary
The CG1.1S T21 Portable UN Tank is engineered for efficient and secure containment of volatile chemical substances during transport. Its high-integrity stainless steel build and integrated safety components support reliable use in sensitive industrial and scientific operations. Designed for global compliance, this single-chamber tank excels in high-risk scenarios across various sectors, including semiconductor production, advanced research, and bulk chemical shipping.
Essential Safety Measures
- Only approved for substances falling under UN numbers 3394, 3398, and 3399; exposure to water must be strictly avoided.
- Do not exceed the working pressure limit of 6.2 bar to maintain structural integrity.
- Proper grounding is required when loading or unloading to mitigate static discharge hazards.
- Inspect rupture disc integrity prior to each use and replace if any defect is observed.
- Not suitable for unlisted chemicals; IMDG regulations must be followed at all times.
Practical Applications
- Petrochemical Transport – Used to move sensitive alkyl metals like triethylaluminum within industrial supply chains.
- Semiconductor Production – Designed for handling air-reactive precursors, including gallium arsenide and indium phosphide.
- Laboratory Use – Ideal for securing highly reactive substances in a controlled, inert storage environment.
- International Hazardous Goods Shipping – Certified for IMDG-compliant global transportation of dangerous goods.