New IBC
An alternative to barrel goods
Werit launched the first Compactline IBCs on the market in summer 2017. The small IBC with a capacity of 300 liters has been continuously developed since then. Today, it stands on a specially developed plastic pallet, is UN-certified and approved for foodstuffs.
Dr. Küke from Wedemark in the Hanover region has been using the 300-liter IBC for two years. "The IBC is a top alternative to drums for us," says Boris Hinz, Managing Director at Dr. Küke. The company specializes in the production of chlorine dioxide solutions and, according to its own statements, stands for innovative developments in the field of sustainable water disinfection. Dr. Küke sells its DK-DOX chlorine dioxide products throughout Europe and has branches in Sweden, France, Italy and Switzerland.
Container sizes efficiently adapted
Chlorine dioxide has a limited shelf life. For this reason, it is extremely important to adapt the container sizes as precisely as possible to the customer's requirements. The 300-liter Compactline is compact and can be moved with standard pallet trucks and forklift trucks compared to the drum. Simple filling via the lid opening and removal via the resealable outlet valve make the Compactline a functional packaging that can also be emptied efficiently. In addition, the small IBC offers significant advantages in load securing during transportation compared to drums and is approved for the transportation of hazardous goods.
"The 300L Compactline is a useful addition to our delivery portfolio. In addition to the advantages of this container, we also appreciate the reliability in working with our partners," emphasizes Boris Hinz. The Compactline IBC is also a reusable system and the containers can be reused. The used IBCs can be collected free of charge by a regional reconditioner via the Packone ticket. The company also offers two loop systems in which the same packaging is either returned after cleaning and rebottling (closed loop) or new Werit IBCs are delivered at reduced prices (open loop).
The article appeared in materialfluss 11-12/21.










