Class 7 magnetic placards

Class 7 magnetic placards are used to ensure safety and compliance with regulations during the transportation of radioactive materials.

magnetic placard

Why use Class 7 magnetic placards for radioactive transport?

Regulatory Compliance – Vehicles transporting radioactive materials must display appropriate placards to indicate the nature of the hazard.

Safety – Clear and visible placards alert emergency responders, other drivers, and the general public to the presence of radioactive materials, allowing them to take necessary precautions.

Identification – Placards provide critical information about the type of radioactive material being transported, which is essential in case of an accident or emergency.


Radioactive Magnetic Placard

Positives of using class 7 magnetic placards

Ease of Application and Removal – Magnetic placards can be quickly and easily attached to and removed from a vehicle. This is particularly useful for vehicles that may not be permanently dedicated to transporting hazardous materials.

Reusability – Unlike adhesive placards, magnetic ones can be reused multiple times, making them more cost-effective over the long term.

Flexibility – Magnetic placards can be transferred between different vehicles as needed, providing flexibility in logistics and fleet management.

Durability – High-quality magnetic placards are designed to withstand various weather conditions and can last longer without deteriorating.

No Residue – Since they do not use adhesives, magnetic placards leave no residue on the vehicle, preserving the vehicle’s exterior.

Compliance with Temporary Needs – For temporary or short-term transport of radioactive materials, magnetic placards are an ideal solution as they can be applied and removed according to the need.

class 7 radioactives
class 7 radioactive placard

In summary, class 7 magnetic placards for radioactive transport are a practical, flexible, and cost-effective way to ensure compliance with safety regulations and enhance the visibility of radioactive materials during transport.