Product Description
Information table
| Feature | Value |
|---|---|
| Capacity | 470 litres |
| Material | High-density polyethylene (PE-HD) |
| Type | Closed |
| External dimensions with feet | 1200×800×760 mm |
| External dimensions with skids | 1200×800×780 mm |
| Internal dimensions | 1110×710×600 mm |
| Weight (4 feet) | 31.5 kg |
| Weight (3 skids) | 37.5 kg |
| Unit load capacity | 470 kg |
| Static load capacity | 4300 kg |
| Stackability | Up to 8 units |
| Colour | Grey |
Description
This 470-litre plastic container is a high-quality industrial Cargopallet, engineered for the storage and handling of solid and liquid materials. Thanks to its high-density polyethylene (PE-HD) structure, it represents the professional standard for the collection of spent batteries in logistics, production, and disposal centres.
The PE-HD material guarantees excellent chemical resistance against acids and alkalis, as well as critical temperature fluctuations and prolonged UV exposure. The design with double-walled columns and a ribbed bottom allows it to handle static loads up to 4300 kg, ensuring maximum stability even in intensive stacking configurations.
Optimised for standard pallet dimensions (1200×800 mm), this cargopallet container maximises space efficiency on vehicles and in warehouses. Its compatibility with pallet trucks and forklifts makes it an indispensable asset for the operational cycles of hazardous waste management.
Technical Features
- Capacity: 470 litres
- Material: First-grade high-density polyethylene (PE-HD)
- Chemical Resistance: Ideal for electrolytes and corrosive substances
- Static Load Capacity: 4300 kg (up to 8 stackable units)
- Design: Reinforced structure with double-sealed walls
- Handling: Easy access for pallet truck and forklift forks
- Certifications: Suitable for food contact and weather-resistant
Compliance for the containment of spent batteries (Update 2026)
This container is developed to support companies in complying with environmental safety standards. The management of hazardous waste is subject to strict and continuously evolving regulations:
- Regulation (EU) 2023/1542 and Legislative Decree 29/2026: New provisions relating to batteries and battery waste that impose rigorous standards for separate collection and treatment.
- Legislative Decree 152/2006 (Environmental Consolidated Act): Mandates the adoption of storage systems that prevent any pollution of soil and water.
The Lid: Technical and regulatory requirement
The storage of batteries and accumulators requires preventive measures against the dispersion of toxic substances. The lid (purchased separately) is not an optional accessory in the following scenarios:
- Outdoor storage: It is mandatory to prevent rainwater from entering the container. Contact of water with spent batteries generates the phenomenon of leaching (creation of toxic acidic liquids) which must be strictly avoided.
- Road transport (ADR Regulations): In accordance with packaging instructions (e.g., P801), the container must be closed to ensure the immobility of the load and prevent accidental spills during handling.
Important Note: Regulatory compliance depends on specific use and local procedures. We strongly urge customers to verify the correct application of the regulations with their environmental consultant or RSPP. We do not provide a legal guarantee on the final product's compliance with the customer's specific storage procedures.
Recommended configuration for battery storage
To ensure the highest level of operational safety and reduce environmental risks, we recommend using the container in the following complete configuration:
- Placed on the ground on 3 skids: greater stability and resistance during the storage of heavy and potentially dangerous loads.
- Lid: essential to prevent water infiltration, dispersion, and external contamination.
- Safety label: fundamental for correctly identifying the content (spent batteries) and improving traceability and compliance with company procedures.
This configuration represents an operational best practice widely adopted in industrial settings and in the management of special waste, useful for working in conditions of maximum safety and peace of mind.
To support correct operational management of the container, we provide downloadable material for standard labelling, including:
- "R" identification symbol for spent battery collection (Min. size 15x15cm)
- GHS09 pictogram (hazard to the aquatic environment)
- GHS05 pictogram (corrosive substances)
These elements are fundamental for ensuring correct risk identification and improving safety during storage and handling.
For complete and updated consultation of EER/CER codes, please refer to the following resource:
Application sectors
- Manufacturing industry
- Logistics and warehouses
- Collection and management of special waste
- Environmental and ecological sector
- Recycling plants
- Food industry (suitable for contact)
- Chemical and pharmaceutical sector
- Workshops and industrial maintenance
- Storage of liquids (including acids or alkalis)
- Distribution and transport of goods
FAQ
Can the container hold liquids?
Yes, the container is designed for containing liquids, including those of an acidic or alkaline nature. The high-density polyethylene (PE-HD) material ensures high chemical resistance and is also suitable for critical industrial environments.
How many full containers can I stack safely?
The structure allows for stacking up to 8 units under static conditions, drastically optimising space in authorised temporary depots.
Is the use of a lid always mandatory for batteries?
Regulations (ADR and Legislative Decree 152/06) make it mandatory for outdoor storage or during transport. For indoor storage in protected areas, it is strongly recommended to limit fumes and short-circuit risks.
What EER codes can I use with this container?
It is suitable for codes such as 16 06 01* (lead-acid batteries) or 16 06 05 (other batteries), provided that the labelling is correctly affixed to the outer wall.
Does the container resist battery acid?
Yes, high-density polyethylene (PE-HD) is specifically chosen for its chemical inertness towards the acidic or alkaline electrolytes typical of accumulators.
What configuration do you recommend for battery storage?
We recommend the complete configuration with support on 3 skids, a lid, and safety labelling. This solution improves stability, protection from external agents, and compliance with good waste management practices.
