UN Mark IIP Certificate for Class 7 Radioactive Materials – Process, Fees, & Documents 

The table below shows the IIP UN Mark Certification fees for packaging materials under Normal, Combine, and Tatkal modes. These fees are particularly helpful for businesses seeking IIP Certification for Class 7 Radioactive Materials, allowing them to plan and understand the certification costs clearly in advance.

Note: The above fee structure represents the Normal Mode, Combined Mode, and Tatkal Mode charges for testing and certification of packaging materials for UN Certificates. If you obtain Combined Tatkal Mode Certification, the Government fee will be 1.5x the Normal Mode charges.

Note: Professional Fee for IIP UN Mark certification Registration Normal mode starts from ₹24,999 whereas the Combine mode (Air & Sea) Fee is ₹37,499.

The Indian Institute of Packaging (IIP) requires packaging used to carry Class 7 hazardous commodities, which include radioactive chemicals, to have the UN Mark IIP Certificate for Radioactive Materials.

In order to eliminate any risk during transit, it confirms that the packaging has undergone testing for longevity, radiation shielding, leak control, and general safety.

The UN Mark IIP Certification is a globally accepted standard for packaging used in the transportation of hazardous substances. It ensures compliance with UN regulations for the secure handling, storage, and shipment of dangerous goods. Here are the key benefits:

• Enhanced Safety: Certified packaging passes the actual tests such as dropping, pressure, and leakproof efficacy in handling hazardous products that may result in spills, leaks, or contamination.
• International Trade Facilitation: UN certification is accepted by most of the regulatory bodies around the world and reduces the time taken to complete the customs formalities for transporting hazardous materials across borders with minimum legal complications.
• Increased Market Credibility: Certification shows the company’s dedication to quality, safety, and quality, improving the overall image and perception of the business by its customers, suppliers, and other authorities while enhancing the overall market access.
• Cost Savings: UN approved packages help to avoid fines, legal consequences, and rejected shipments, certification lowers general expenses that are related to compliance violations, damaged goods, and potential danger.
• Competitive Advantage: Obtaining an IIP UN Mark certificate allows businesses to become more competitive and find more customers and partners due to compliance with the requirements for operating at a high level of safety and quality.

Class 7 Radioactive materials are assigned UN numbers ranging from UN 2908 to UN 3333. Key Class 7 UN numbers include:

• UN2910 Radioactive material, excepted package (instruments/articles)
• UN2915 Radioactive material, Type A package, liquid
• UN2916 Radioactive material, Type B(U) package
• UN3321 Radioactive material, low specific activity (LSA-II)
• UN3325 Radioactive material, low specific activity (LSA-III)
• UN3327 Radioactive material, Type A package, fissile

Radioactive materials are classified under Class 7 dangerous goods and must be packaged according to the safety requirements established by the International Atomic Energy Agency (IAEA). Depending on the activity level and transport risk, radioactive materials are shipped in the following package types:

• Excepted Packages (UN2910): Used for very low-activity radioactive materials and subject to minimal packaging and transport requirements.
• Type A Packages (UN2915): Commonly used for industrial radioactive sources and medical isotopes such as Iodine-131 and Technetium-99m. These packages are designed to withstand normal transport conditions, including minor impacts, stacking loads, and water exposure.
• Type B Packages (UN2916): Intended for high-activity radioactive materials such as Cobalt-60 and Iridium-192. These packages are engineered to maintain containment and shielding even under severe accident conditions.
• Type C Packages: Used for the air transport of very high-activity radioactive materials and designed to withstand the extreme impact conditions associated with aircraft accidents.
• UN Mark IIP Certification: Applies to the outer packaging used for the transport of radioactive materials, while the inner containment system must comply with the applicable IAEA package design requirements.

Transport Index (TI) is a unique safety parameter used for Class 7 shipments:

• The TI indicates the maximum radiation dose rate measured at 1 meter from the package surface, multiplied by 100.
• It helps carriers determine safe handling, segregation, and stowage requirements during transport.
• Packages with higher TI values require stricter controls and may require a Yellow-III radioactive label.
• The TI must be accurately declared in shipping documents and transport records.
• IIP-certified packaging must maintain the package integrity and radiation shielding characteristics necessary to preserve the declared TI throughout transportation.

All class 7 packages must be labelled based on their radiation levels emitted at the package's surface and at 1 meter from the package surface. The label on the packages details the radionuclide, activity level (in Becquerels), and Transport Index (TI).

• White I (7A): It is applicable when the surface dose rate does not exceed 0.005 mSv/h and transport Index (TI) is zero. It must be displayed outside of the packaging. Such packages pose the lowest external radiation exposure and face the fewest carrier restrictions. 7A packages may travel on passenger aircraft alongside other cargo without requirements of segregation.
• Yellow II (7B): Dangerous goods class 7B applies when surface dose rate does not exceed 0.5 mSv/h, and the TI (transport index) falls between 0 and 1. These packages need physical segregation from passengers, crew, and undeveloped photographic film on aircraft. Several diagnostic radiopharmaceuticals fall into this category.
• Yellow III (7C & D): Category III, 7C & D applied when the surface dose rate does not go beyond 2 mSv/h and the TI falls between 1 and 10. Shipments of such substances need advance coordination with the airline's dangerous goods acceptance team.

Note: Any package exceeding a surface dose rate of 2 mSv/h or a TI above 10 requires exclusive use of transport, meaning it occupies a dedicated vehicle or aircraft compartment with no other cargo.

In India, the Atomic Energy Regulatory Board (AERB) is the national competent authority for Class 7 radioactive materials under the Atomic Energy Act 1962 and Atomic Energy (Radiation Protection) Rules 2004. Any company transporting radioactive materials in India requires: AERB Radiation License (for possession, use, or transport) and IIP UN Mark Certification for packaging. Professional Utilities provides expert assistance in obtaining IIP packaging certification, which is a separate compliance requirement from AERB licensing.

India's radioactive materials sector includes leading organizations such as the Bhabha Atomic Research Centre (BARC), which operates research reactors and produces radioisotopes; the Nuclear Power Corporation of India Limited (NPCIL), which manages nuclear power plants and nuclear fuel-related activities; and the Board of Radiation and Isotope Technology (BRIT), a major supplier of medical radioisotopes used in healthcare facilities across the country. In addition, industrial radiography companies routinely transport radioactive sources such as Iridium-192 and Cobalt-60 for non-destructive testing applications. The transport of these radioactive materials requires packaging that complies with UN and IAEA safety standards, making IIP UN Mark certification an essential requirement for applicable Class 7 packages.

Class 7 includes substances that emit ionizing radiation, which can be harmful to humans, animals, and the environment. These materials are used in medical, industrial, and nuclear applications. They require strict regulations for handling, storage, and transportation to prevent radiation exposure.

• Nuclear and Fissionable Materials
  • Uranium Isotopes: Uranium-235, Uranium-238
  • Plutonium Isotopes: Plutonium-239, Plutonium-241
  • Thorium & Neptunium: Thorium-232, Neptunium-237
• High-Risk Radioactive Elements
  • Radium & Polonium: Radium-226, Polonium-210
  • Cesium & Cobalt: Cesium-137, Cobalt-60
  • Strontium & Californium: Strontium-90, Californium-252
• Medical & Industrial Radioisotopes
  • Medical Isotopes: Iodine-131, Technetium-99m, Tritium (Hydrogen-3), Carbon-14
  • Industrial Radiography Sources: Iridium-192, Krypton-85
  • Environmental & Naturally Occurring: Radon-222

Validity of UN Mark IIP Certification for Class 7 radioactive materials depends on the ISO status of the manufacturer. Extension beyond 18 or 9 months is strictly non-extendable. Upon expiration of the certificate, manufacturers must submit new samples and repeat testing processes to obtain a fresh IIP certificate for class 7 radioactive materials.

• ISO 9000 Certified Manufacturers: Valid for 18 months
• General Category (Non-ISO) Manufacturers: Valid for 9 months