HydraPak is a more sustainable alternative to other forms of packaging, enabling carbon reductions, cost savings and efficiencies
HydraPak is a more sustainable alternative to other forms of packaging, enabling carbon reductions, cost savings and efficiencies
Bag-in-Box is a more sustainable alternative to other forms of packaging, enabling carbon reductions, cost savings and efficiencies in our customers’ supply chains.
Easy recycling leads to considerably less garbage disposal traffic compared PET bottles.
This is made of corrugated cardboard. Cardboard packaging has one of the strongest recycling infrastructures of any material. It is 100% recyclable and on average contains an average of 88% recycled fibre. The design of the HydraPak makes the box format strong, optimising space and being easily stackable for maximum efficiency in the supply chain.
The inner bag and dispensing Tap / Cap are designed to be as resource efficient and lightweight as possible without compromising protection of the product. They extended product shelf-life compared to other packaging formats, greatly reducing wasted product. HydraPak bags are highly energy efficient to produce, requiring only 100 kWh per tonne. They are recyclable, too
Forests are essential for life on earth, for people and for business. One of the ways of protecting forests comes from ensuring traceability through protection, by certification and identification of paper and wood.
The largest part of the HydraPak pack is the carton itself, a whopping 95% of the packaging is from Renewable and Managed Forests, in themselves these forests play a role in maintaining the environment by devouring CO² as they grow.
Our HydraPaks cartons are Compostable, Biodegradable and 100% Recyclable
Forests are essential for life on earth, for people and for business. One of the ways of protecting forests comes from ensuring traceability through protection, by certification and identification of paper and wood.
The largest part of the HydraPak pack is the carton itself, a whopping 95% of the packaging is from Renewable and Managed Forests, in themselves these forests play a role in maintaining the environment by devouring CO² as they grow.
Our HydraPaks cartons are Compostable, Biodegradable and 100% Recyclable
This is made of corrugated cardboard. Cardboard packaging has one of the strongest recycling infrastructures of any material. It is 100% recyclable and on average contains an average of 88% recycled fibre. The design of the HydraPak makes the box format strong, optimising space and being easily stackable for maximum efficiency in the supply chain.
The inner bag and dispensing Tap / Cap are designed to be as resource efficient and lightweight as possible without compromising protection of the product. They extended product shelf-life compared to other packaging formats, greatly reducing wasted product. HydraPak bags are highly energy efficient to produce, requiring only 100 kWh per tonne. They are recyclable, too
Easy recycling leads to considerably less garbage disposal traffic compared PET bottles.
HydraPak packaging is logistically more efficient than PET bottles in warehousing and transportation due to maximum utilization of the pallet space. This cuts transportation costs and required storage space.
In store logistics and handling NWB packaging is ready for shelf without difficult unpacking in the store. No packaging waste from secondary packaging or additional in-between support materials on a pallet.
HydraPak packaging is logistically more efficient than PET bottles in warehousing and transportation due to maximum utilization of the pallet space. This cuts transportation costs and required storage space.
In store logistics and handling NWB packaging is ready for shelf without difficult unpacking in the store. No packaging waste from secondary packaging or additional in-between support materials on a pallet.
HydraPak packaging is designed to be stackable and fill the euro-pallet perfectly. There is no need for secondary cardboard box as in traditional BiB packaging. This maximum space utilisation cuts costs in transportation, storage and in retail.