30 Apr IonPak®
DANGEROUS GOODS PLASTIC PACKAGING
IonPak® FOR LI-ION BATTERIES & SOLID DG
Standard footprints (1200 x 800 / 1000 x 1200)
UN-certified for solid dangerous goods
Approval up to 400 kg
Consulting by packaging experts
Certified to Transport Solid Dangerous Goods
The ORBIS IonPak® is certified to transport solid dangerous goods (e.g. UN3480). Due to the special manufacturing process of our plastic containers, the IonPak is extremely robust and durable. We use up to 90% recycled plastics to manufacture our bins, leading to emissions savings of 60-70 kg CO2 per load carrier. With the collapsible and stackable design, the IonPak offers optimised space utilisation and significant cost savings. Speak to one of our packaging experts to learn more about possible applications. A certified dangerous goods safety advisor can inform you about customisation options.
Transporting Lithium-Ion Batteries Safely with the IonPak®
The IonPak was launched as a reusable FLC for the safe transportation of lithium-ion-batteries. The dangerous goods container is suitable for non-certified batteries, prototypes, battery cells, battery modules and batteries in equipment. For increased part protection, the batteries are stored in layers using customised interior packaging solutions that are developed to safely hold dangerous goods. In accordance with the latest dangerous goods guidelines, the shock absorbing interior packaging is adapted to your product. The IonPak utilises standard footprints designed to interface with customers’ existing supply chains. Once batteries are removed at the assembly line, two-unit loads can fit together and packed into one FLC, to reduce return shipping costs by up to 50%. The transport of airbags and belt tensioners of dangerous goods class 9 is possible after successful completion of fire testing.
Benefits and Added Value of ORBIS GitterPak®
400 kg weight capacity
Foldable and stackable
Optimised space utilisation
Lower risk of product damage
Durable and robust
Sustainable: returnable, recyclable
Reduced costs for storage and transport
For solid DG & Li-Ion Batteries
The IonPak is available in standard and customised sizes. We are happy to advise you.
|Outside Dimensions (L x W x H)||1200 x 800 x 960|
|Inside Dimensions (L x W x H)||1120 x 720 x 805|
|Container Capacity (kg)||400|
|Outside Dimensions (L x W x H)||1000 x 1200 x 582|
|Inside Dimensions (L x W x H)||913 x 1113 x 462|
|Container Capacity (kg)||400|
Areas of Application
Our dangerous goods containers are suitable for:
The ORBIS IonPak is certified to transport solid dangerous goods. That includes lithium-ion batteries, airbags, belt tensioners and other automotive components that need certified packaging solutions for storage and transport. ORBIS dangerous goods packaging offers enhanced product protection, improved flow of material and significant cost savings.
The ORBIS IonPak ist not only suitable to transport lithium-ion batteries safely. The safe transport container is certified for solid dangerous goods in a variety of different industries. With a robust outer packaging, customised interior packaging and dust cover, our dangerous goods packaging optimises product flow in industrial supply chains.
ORBIS Foldable Large Plastic Containers in Detail
Only three different kinds of spare parts for easy and quick maintenance on site – without special tooling
Other Plastic Foldable Large Containers
Request an individual quote
Frequently Asked Questions About The IonPak
Why are lithium-ion batteries classified as dangerous goods?
Due to their high energy density, lithium-ion batteries are one of the most used battery types – not only in the automotive industry. Li-ion batteries should only be handled by trained staff as improper use can represent a safety hazard. Lithium-ion batteries react to many different substances. When handled or stored improperly, the batteries can overheat, catch fire or even explode. That is why all batteries and cells containing lithium are classified as Class 9 Dangerous Goods and the transportation of these goods is subject to strict regulations. Dangerous Goods containers such as the IonPak are developed to transport these goods and fulfil all the requirements to safely transport lithium-ion batteries.
How are Lithium-Ion Batteries transported safely?
According to hazardous goods law, the transportation of lithium-ion batteries is subject to strict regulations. But not every packaging solutions is suitable to store and transport lithium-ion batteries. The lithium battery shipping box has to fully hold and protect the batteries from damage or shocks of any kind. That includes isolating loose cables and poles. In order to prevent batteries from shifting, ORBIS uses customised protective and shock-absorbing dunnage layers. The interior packaging can neither be conductive, nor inflammable. The outer packaging is tested in a 1,2 m drop test for its robustness and shock-resistance. Over the course of its life cycle, a battery goes thorough the following phases: prototype, battery cell, battery module, battery pack. The ORBIS IonPak is suitable for non-certified batteries, prototypes, battery modules as well as batteries in equipment.
What is a UN certification?
Packaging solutions for dangerous goods have to be certified according to UN standards. UN mark is an international system created by the United Nations, which is meant for the classification, packaging, marking and labelling of dangerous goods, in order to transport it safely (by road, rail, sea and air). Independent institutions carry out the necessary tests to issue a UN certification mark. The packaging must meet or exceed minimum standards of performance before it can be used. An expert committee of the UN regularly list all dangerous substances and goods and assigns each a so-called UN number. Associated with each UN number is a hazard identifier, which encodes the general hazard class and subdivision. ORBIS Europe offers dangerous goods containers with UN-certification in different footprints. Our plastic bins are certified for solid dangerous goods (e.g. UN3480 – Lithium-Ion Batteries). The certification UN4H2/Y/S/*B/1697.657-200043 applies for recycled and primary materials.