Separators reliably protect the products from impact and uncontrolled mixing during transport. This dividers are available from us in different materials. In the picture you can see a divider made of corrugated cardboard, which is an ideal solution in combination with plastic containers or small load carriers. It can be used in a wide variety of industries.
One piece folding boxes for fast shipping orders in extremely sturdy design. The boxes are easy to open and close thanks to the plug-in closure. They are strong and pressure resistant due to double sidewalls and are perfect for recycling.
Special cardboard packaging individually tailored to the customer's requirements - that's something we at DE-PACK are very familiar with. With corrugated cardboard, we can offer specific solutions that guarantee perfect-fit packaging and ensure customer-friendly and safe transport.
Many variations of our hinged top boxes guarantee high quality and multifunctional product packaging for the medical sector. Ideal for small batches, product packaging or even presentation packaging, white matt finish on the outside, paper white on the inside.
We package these high-quality keyboard caps in a fully compostable white tray made of reinpapier®. The secret of this sustainable packaging material is that its basic components consist entirely of natural ingredients - water, starch and paper fibers. reinpapier® is therefore made exclusively from renewable raw materials, without any plastic ingredients. The keyboard caps fit perfectly in the recessed compartments of double-stacked trays and can be easily removed by the user.
What can an environmentally friendly packaging for keyboard accessories look like? The picture shows an ecological reinpapier® packaging for high quality keyboard caps. The big advantage is that this 100% sustainable packaging material is entirely made of natural resources - water, starch and FSC-certified paper fibers. The keyboard caps fit perfectly in the recessed compartments of double-stacked trays and can be easily removed by the user.
Individual keyboard caps in an all-natural packaging. A visually appealing packaging solutions made of injection-molded paper, reinpapier®, with your company logo. The individual trays are easily recyclable and compostable because they are made of organic materials.
This elegant box is made of corrugated cardboard and covered with white lamination. Custom made and easily printable. This package is provided with a hinged lid and a handle. The side flaps of the lid are inserted into the bottom part when closing the box, this is at the same time an optimal sealing.
The widely used packaging material corrugated cardboard is suitable for a large variety of individual box designs. In this case, the box is covered by a white coating, which makes it easy to be printed individually. The packaging box can be easily opened and securely closed thanks to flap technology. The corrugated cardboard box is available in a wide range of sizes and can be used in many different industries.
Thanks to our new reinpapier® injection molded paper packaging, ecological and sustainable packaging is no longer a problem. Environmental pollution is virtually reduced to zero thanks to the all-natural ingredients. reinpapier® is also 100% recyclable after use because the packaging is totally compostable (i.e. biodegradable).
reinpapier® – The most environmentally friendly high-end product in our portfolio. The 100% ecological material composition of this packaging material offers you the possibility of plastic-free packaging. reinpapier® is a 100% compostable packaging material with excellent formability and stability. reinpapier® is a machine-made, injection-molded paper packaging that consists entirely of natural and renewable raw materials.
But our plastic-free reinpapier® has even more advantages. The organic packaging is feather-light in handling thanks to the ready-baked paper pulp. Here you can realize up to 40% savings compared to conventional packaging. reinpapier® contains no plastic components and is made entirely from renewable raw materials. Read more here ...