Reusable KEGs of 100% stainless steel

Stainless steel KEGs

Switch to stainless steel KEGs for returnable containers

Stainless steel KEGs offer numerous advantages over KEGs made from other materials, making them the preferred choice for beverage bottlers worldwide. Stainless steel stands for outstanding durability and robustness, which ensures a long service life for the KEGs.

Stainless steel is also corrosion-resistant, which means that the kegs will not rust or deteriorate even in humid or chemically aggressive environments. This is particularly important to preserve the integrity and hygiene of the contents.

In addition, stainless steel guarantees a high level of flavour neutrality and flavour stability, so that the quality of the bottled beverages is not compromised. This is crucial for beverages such as beer, wine, soft drinks and coffee, where purity and freshness of flavour are top priorities.

The ease of cleaning and sanitising stainless steel is also a major advantage, as it ensures that the KEGs are always in perfect condition and meet high hygiene standards.

Sustainable

Reusable KEGs for more sustainability

Stainless steel KEGs are a prime example of sustainability in the beverage industry because they can be used repeatedly and therefore significantly reduce the amount of waste. Instead of disposable packaging that has to be disposed of immediately after use and thus contributes to environmental pollution, stainless steel KEGs are a long-lasting solution. Thanks to their robust construction, they can be used for several decades, minimising the need for constant material replenishment.

Another ecological advantage is the reduction of CO2 emissions. As reusable KEGs are used over a long period of time, the consumption of energy and resources that would otherwise be required to produce new disposable containers is reduced. Stainless steel KEGs are also fully recyclable, meaning that the stainless steel can be recycled at the end of their service life.

In addition, stainless steel KEGs help to reduce transport costs as they are returned, cleaned and refilled after use. This circular economy reduces the need for new packaging and promotes sustainable logistics processes.