• Corporate News

Nefab's packages are SOLAS compliant

Effective July 1, 2016 Safety of Life at Sea (SOLAS) will require that shippers of a packed container provide its verified gross mass (VGM).

Effective 1 July 2016 Safety of Life at Sea (SOLAS) will require that shippers of a packed container provide its verified gross mass (VGM). Furthermore, it will be the shipper's responsibility to ensure that the accurate weight is being provided. If no Verified Gross Mass weight has been provided, the container will not be loaded on to the vessel. After July 1, 2016 it would be a violation of SOLAS to load a packed container onto a vessel if the vessel operator and marine terminal operator do not have a verified container weight. 

Two permissible methods for weighing:
Method 1: Weigh the packed container.
Method 2: Weigh the cargo and other contents and add tare mass of the container.

For Nefab´s customers, the package design gives an exact weight of packaging and when adding it up with products exported this is the VGM that shippers accept by e-mail or via their portal.

If you have any questions regarding the SOLAS, please do not hesitate to contact us.

Our latest news & insights
  • 2026.02.16 Corporate News

    The Full Package – An Interview with Patric Vestlund and Darrell Tiedeman

    The latest issue of Business Focus magazine features an in-depth article where you can read more about Nefab’s deepening commitment to innovation, particularly in the realm of environmentally friendly returnable solutions.

  • 2026.02.09 LiB and E-mobility

    What’s the Best Packaging for Lithium-Ion Battery Transport?

    As production volumes increased and automation became more common in battery plants, packaging had to do more than just protect parts in transit. The focus shifted to solutions that could hold their shape, last longer in reuse loops and keep performing reliably trip after trip.

  • 2026.02.03 Corporate News

    Optimized Foam Inserts for Cleanroom-bound Products

    Our customer was using a legacy packaging design for the RPS (Remote Plasma Source) Adapters that was inefficient and costly. Their traditional "coffin-style" foam inserts consumed excess material, leading to higher expenses, more waste, and a larger carbon footprint. By re-engineering the packaging, we developed a streamlined, resource-efficient solution that provided the necessary protection while significantly reducing material use and volumetric weight.