MOQ: | Negotiable |
Price: | $4,000 per unit (subject to the contract) |
Delivery Period: | 1 month |
Supply Capacity: | 3 units per day |
1600L UN3394 Chemical Tank GB/T150 Design for Secure Alkyl Aluminum Storage Shipping
Designed for the storage and shipment of hazardous chemicals like Alkyl Aluminum (UN3394)
Features a pressure relief rupture disc and high venting capacity for enhanced safety
Operates reliably between -40°C and +70°C in varied transport environments
Built to T21 tank standard and tested for international chemical logistics compliance
Constructed with 16MnDR steel and engineered for marine and industrial use
Product Overview
The CG1.1E portable tank is purpose-built for transporting hazardous liquids, particularly air-sensitive compounds like Alkyl Aluminum (UN3394). Its rugged structure and precise engineering ensure secure containment during handling, storage, or international transit. With a generous internal capacity and compact footprint, the unit addresses the demands of industries requiring dependable hazardous goods solutions.
Engineering Details
The CG1.1E tank container is manufactured from 16MnDR steel with a shell thickness of 10 mm, enabling structural resistance under extreme temperatures—from as low as -40°C to as high as +70°C. The tank complies with both IMDG CODE and GB/T150 technical regulations, qualifying it for global maritime and land-based transport.
Its safety system incorporates a YC25-1.5-A rupture disc and a minimum safe venting rate of 0.788 Nm³/s, protecting the tank from internal overpressure during chemical transfer. With a net payload capacity of 1202 kg and low tare mass of 834 kg, this model balances weight efficiency with chemical safety.
Technical Information
Parameter | Value | Parameter | Value |
---|---|---|---|
Tare Mass (kg) | 834 | Max. Operating Gross Mass (kg) | 2036 |
Volume (L) at 20℃ | 1600 | Model | CG1.1E |
UN Portable Tank Instruction | T21 | Inner Shell Material & Thickness | 16MnDR, 10mm |
Max. Allowable Working Pressure (bar) | 6 | Applicable Cargo | Alkyl Aluminum (UN3394) |
Test Pressure (bar) | 15 | Design Temperature (℃) | -40 to +70 |
External Dimensions (mm) | 1875 × 1120 × 1337 | Rupture Disc Specs | YC25-1.5-A, DN25, 1pc |
Max. Permissible Payload (kg) | 1202 | Min. Safe Vent Capacity (Nm³/s) | 0.788 |
Safety Recommendations
Ensure inert gas atmosphere during chemical filling and discharge processes
Never operate the container above the defined MAWP of 6 bar
Avoid adding insulation or subjecting the tank to external pressure
Ground the tank during fluid transfer to eliminate static electricity risks
Periodic checks of rupture disc condition are essential for operational safety
Maintain usage strictly within the specified thermal tolerance range
Application Areas
Global Hazardous Material Shipping: Designed to meet international Class 4.2 transport needs
Petrochemical Facilities: Temporary holding for alkyl compounds during processing steps
Chemical Research Units: Trusted in field laboratories for safely storing experimental substances
Emergency Containment: Effective mobile vessel for spill response and hazardous incidents
Chemical Supply Chain Integration: Optimized for transferring reactive inputs in production systems
MOQ: | Negotiable |
Price: | $4,000 per unit (subject to the contract) |
Delivery Period: | 1 month |
Supply Capacity: | 3 units per day |
1600L UN3394 Chemical Tank GB/T150 Design for Secure Alkyl Aluminum Storage Shipping
Designed for the storage and shipment of hazardous chemicals like Alkyl Aluminum (UN3394)
Features a pressure relief rupture disc and high venting capacity for enhanced safety
Operates reliably between -40°C and +70°C in varied transport environments
Built to T21 tank standard and tested for international chemical logistics compliance
Constructed with 16MnDR steel and engineered for marine and industrial use
Product Overview
The CG1.1E portable tank is purpose-built for transporting hazardous liquids, particularly air-sensitive compounds like Alkyl Aluminum (UN3394). Its rugged structure and precise engineering ensure secure containment during handling, storage, or international transit. With a generous internal capacity and compact footprint, the unit addresses the demands of industries requiring dependable hazardous goods solutions.
Engineering Details
The CG1.1E tank container is manufactured from 16MnDR steel with a shell thickness of 10 mm, enabling structural resistance under extreme temperatures—from as low as -40°C to as high as +70°C. The tank complies with both IMDG CODE and GB/T150 technical regulations, qualifying it for global maritime and land-based transport.
Its safety system incorporates a YC25-1.5-A rupture disc and a minimum safe venting rate of 0.788 Nm³/s, protecting the tank from internal overpressure during chemical transfer. With a net payload capacity of 1202 kg and low tare mass of 834 kg, this model balances weight efficiency with chemical safety.
Technical Information
Parameter | Value | Parameter | Value |
---|---|---|---|
Tare Mass (kg) | 834 | Max. Operating Gross Mass (kg) | 2036 |
Volume (L) at 20℃ | 1600 | Model | CG1.1E |
UN Portable Tank Instruction | T21 | Inner Shell Material & Thickness | 16MnDR, 10mm |
Max. Allowable Working Pressure (bar) | 6 | Applicable Cargo | Alkyl Aluminum (UN3394) |
Test Pressure (bar) | 15 | Design Temperature (℃) | -40 to +70 |
External Dimensions (mm) | 1875 × 1120 × 1337 | Rupture Disc Specs | YC25-1.5-A, DN25, 1pc |
Max. Permissible Payload (kg) | 1202 | Min. Safe Vent Capacity (Nm³/s) | 0.788 |
Safety Recommendations
Ensure inert gas atmosphere during chemical filling and discharge processes
Never operate the container above the defined MAWP of 6 bar
Avoid adding insulation or subjecting the tank to external pressure
Ground the tank during fluid transfer to eliminate static electricity risks
Periodic checks of rupture disc condition are essential for operational safety
Maintain usage strictly within the specified thermal tolerance range
Application Areas
Global Hazardous Material Shipping: Designed to meet international Class 4.2 transport needs
Petrochemical Facilities: Temporary holding for alkyl compounds during processing steps
Chemical Research Units: Trusted in field laboratories for safely storing experimental substances
Emergency Containment: Effective mobile vessel for spill response and hazardous incidents
Chemical Supply Chain Integration: Optimized for transferring reactive inputs in production systems