reinpapier® packaging's ingredients are very innovative and have no negative impact on the environment, e.g. on water, soil or air, climate, animals, plants or microorganisms, because the basic mix is 100% organic. All-natural reinpapier® causes no short- or long-term pollution or other damage to the environment.
reinpapier® is 100% sustainable packaging. All raw materials used for production are eco-friendly , 100% recyclable, and are completely harmless to people and the environment. Disposal or recycling of the packaging material is simple. reinpapier® is therefore suitable for the highest environmental requirements in the packaging industry.
reinpapier® packaging solutions are categorized as 100% compostable. "Compostable" because the raw material mix used in the packaging does not contain any chemical ingredients and the packaging completely decomposes under aerobic conditions within a very short time.
Effective and eco-friendly packaging solutions have been in demand for a long time. Organic packaging and packaging materials have a real added value that goes beyond image or a marketing strategy. Our reinpapier® brand significantly fulfills all the requirements of genuine bio-packaging. The material, or better said, the raw materials in reinpapier® decompose under aerobic conditions within a very short time.
The illustration shows a practical ripplex transportation inlay made of a multiple layers of corrugated cardboard, including various compartments for holding and fixing metal housings. The main areas of application are the spare parts industry, the electronics industry and the automotive sector. The inlay can be easily filled at the packing table and then shipped in the appropriate transport containers.
reinpapier® packaging is unsurpassed in terms of sustainability, due to its composition of completely ecological raw materials. reinpapier® trays offer excellent protective properties, can be colorfully designed with food dyes (water-based), are feather-light and can be produced with low CO2 emissions, compared to other types of packaging.
With individually cut ripplex side cushions, the product can be positioned easily and quickly at the packing table. The fixation by the accurate side cushions always leads to an effective protection during transport. Vehicle parts, assemblies or electronic devices are packed quickly and securely.
Strong ripplex top and bottom cushions made of multiple layers of cardboard form the base in which the products are finally inserted. Combined inside the appropriate outer carton, it becomes an ideal combination packaging, which provides optimal protection for sensitive, as well as heavy and complex products.
Cushion profile plates can be provided with one or more deep slots. This allows the ripplex panels to be bent by 90° or doubled in thickness by folding them over completely. Delivered flat, the final packaging is only assembled at the packing table.
Are you looking for simple, cost-efficient and sustainable packaging? This sliding box made of grass paper is a recyclable packaging solution, consisting of a slipcase and an inlay. The sliding box is primarily used for secure packaging of a wide variety of products. The slipcase can be printed in high quality. This makes the packaging look very elegant and high quality, and in this case it is used by the medical industry.
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 ...