NEB – sustainable without styrofoam:
Eco-friendly & compostable shipping boxes!
In Germany and Austria, we have gradually converted our shipping logistics for frozen and refrigerated goods for you: Instead of the usual polystyrene (“styrofoam”) insulation boxes, we now use sustainable and environmentally friendly shipping boxes with straw or hemp insulation, which require 50 times less energy in production.
This new, environmentally friendly insulated box meets the strictest criteria for reliable and sustainable shipping:
- Functional: shock-absorbing, moisture-regulating and very good insulating properties
- Ecological: climate-neutral production in Germany from straw or hemp
- Pure: From pure, thermally treated straw/hemp fibres in food quality
- Tested: best insulation performance tested according to internal and external standards
- Certified: tested and certified according to high hygienic standards
(DIN EN15593, GMP-Verordnung (EG) Nr. 2023/2006, (EG) Nr. 1935/2004)
For more information about our eco-friendly shipper in the US, please click here.
Please dispose of cardboard with your local recycling program. Straw or hemp insulation panels are compostable and can be disposed of with your organic waste. In Germany you can also return the complete box by using the „return to sender“ sticker that accompanies the shipment. Do you have any questions or remarks?
free call: 0800/246-5227 (in Germany)
free call: 00800/246-52277 (in Austria)
100% recyclable and CO2 climate neutral
At New England Biolabs we send our customer magazine “NEB-Aktuell”, our catalogues or other special prints and brochures in protective “Green PE” foil – if possible bundled with several printed materials in one delivery.
The Green PE foil used is 100% recyclable and CO2 climate neutral, as it is not generated from fossil resources, but exclusively from renewable raw materials such as sugar and starch. Green PE is an “eco-film” approved for shipping by Deutsche Post. If the Green PE foil is not recycled directly via the PE recycling stream, it is completely decomposed into water and CO2 when thermally re-used by waste incineration.
Because not all organic products are the same
What are the differences?
Bioplastics are a group of different plastics with very different properties. However, they must always meet at least one of two “bio” criteria.
Biobased means that at least part of the plastic consists of renewable, i.e. vegetable raw materials, e.g. sugar, starch, oils, cellulose, etc.
Biodegradable means that the plastic can be degraded by naturally occurring microorganisms. This produces water, CO2 and a small amount of biomass. Bio-based plastics can be biodegradable, but do not have to be.
Bioplastics in comparison
Green PE foils (used by NEB) are bio-based and 100% recyclable, but not biodegradable. The raw material used is chemically identical to standard PE quality and therefore provides identical mechanical properties. However, since the raw material used for the production of the raw material is non-fossil (no crude oil), but bio-based and renewable (sugar, starch, cellulose…), Green PE film is much more sustainable than conventionally produced PE films. When used thermally, Green PE breaks down into water and CO2 without further residues.
Biodegradable foils are bio-based and completely biodegradable under industrial composting conditions. The raw material used is PLA. The mechanical properties of biodegradable films are worse than those of PE or Green PE films. The modified raw material also gives the film an unmistakable optical and haptic “biofeeling”. For many applications, e.g. garbage bags, etc., the properties are absolutely sufficient, but not for use in postal dispatch.
Oxo-degradable is not “bio”.
Oxo-degradable or oxo-degradable plastics are often wrongly referred to as bioplastics. But they are anything but “bio”. Materials such as cobalt, manganese or iron are added to these plastics. Under the influence of UV light, heat and oxygen, the polymer chains are dissolved and the material decomposes into minute particles. In contrast to biodegradable plastics, however, there is no complete decomposition of the plastic by microorganisms. Although the plastic is no longer visible to the eye, it is still present and represents a major problem in our ecosystem in the form of microplastics. It is also foreseeable that oxo-degradable films will be banned in the EU due to their negative properties.
(as used by NEB)
|applicable as bag||yes||yes||yes|
|foils for automation||no||yes||yes|
|approved by logistics carrier||no||yes||yes|
CO2 climate-neutral Print Productions:
Safe habitat for chimpanzees
NEB supports conservation and reforestation initiatives.
For many years we at NEB have been focusing on CO2-neutral print production for all our catalogues, brochures, customer magazines, posters, cards etc.. With the help of our partner company “Climate Partner”, we have calculated all CO2 emissions that are unavoidable in the process chain and offset them through recognized and certified climate protection projects.
Example: Production NEB Catalog & Technical Reference 2019/20.
Project 1169: Kibale National Park is one of the last remaining tropical forest blocks in Uganda. It harbours the greatest variety of primates found anywhere in East Africa. It is home to almost 1,500 chimpanzees, Uganda´s largest population of this endangered species. The variety of further species, like forest elephants, wild cats, birds and plants represent the intact biodiversity.
Through reforestation and preservation activities, the project helps protect biodiversity and mitigate climate change on a total area of 10,000 hectares.
For more details, please click here: https://fpm.climatepartner.com/project/1169/en
Selection of Climate-neutral Certificates of NEB print productions:
NEB Catalog & Technical Reference 2020
NEB Calendar 2020
NEB Eco-Box (big)
NEB Eco-Box (small)
NEBNext Direct brochure
NEBNext Single Cell brochure
We do not only focus on minimal environmental impact when shipping our products or manufacturing and packaging our brochures.
Already during the development and production processes at New England Biolabs, Inc. in the US, special attention is paid to maximum energy efficiency and environmental protection. This includes an intelligent, sustainable building design, a waste management and recycling program, including a waste water treatment plant, and the use of solar energy. Find out more in our video.
With the Labconscious Blog we have created an information platform that can help you to make laboratory work more environmentally friendly. Here you will find a number of tips on how to avoid plastic waste, save energy in the laboratory and other aspects of environmental protection.