Specification and Design
The following specifications outline the key features and construction details of this IBC:
- Capacity: 1000L (220 gallons)
- Bottom outlet: 50mm (2”) integrated butterfly valve (S60x6 male thread)
- Top inlet: 150mm (6”) non-vented cap
- Pallet: metal/plastic combination for strength and durability
- Stackable design for efficient storage
- Maximum liquid density: 1.6
- Maximum stacking height: 4 IBCs when empty, 2 IBCs when full
Grade 1 Reconditioned IBC for Hazardous Storage
This Grade 1 reconditioned container provides a cost-effective solution for bulk liquid storage, including hazardous applications. Each unit is professionally laundered to a high standard, delivering a clean internal bottle with minimal signs of previous use.
Pressure tested to 70 psi (4.83 bar), these containers are among the highest grade of used IBCs available. Supplied complete with lid, cap, and foil seal, they are suitable for applications where a container in a near-new condition is required.
Anti-Static IBC for EX Environments
This anti-static IBC is designed for use in EX-protected areas (Zones 1 and 2), where electrostatic discharge presents a risk. The conductive outer layer helps prevent static build-up, while the earthed outlet valve safely dissipates charge during filling and discharge.
The design aligns with recognised electrostatic safety guidance, including:
This makes it suitable for environments handling flammable or hazardous liquids where ignition risks must be controlled.
UN Approved for Hazardous and Non-Hazardous Liquids
This IBC is UN approved, meaning it is certified for the storage and transport of both hazardous and non-hazardous liquids. As an EX IBC, the construction and testing ensure it meets required safety and compliance standards for industrial use.
Important Information
While every care is taken during the cleaning process, reconditioned IBCs may retain traces of previously stored liquids or slight odours. As a result, they are not suitable for drinking water or products intended for human consumption.
