Safari Nano Radiological Protective Clothes:
Safe barrier against invisible danger
In nuclear power plants, medical facilities, research laboratories and other industrial environments, employees may be at risk of radiation exposure. Radiological protective clothes designed to provide effective protection against this invisible danger are critical for health and safety.Safari NanoAs we use the latest technologies and materials, we produce a number of radiological protective clothes that offer superior protection, comfort and mobility to its users.
Importance of Radiological Protective Clothes: Protect Radiation
Radiological protective clothing helps to minimize the harmful effects of radiation by protecting the body from exposure to ionizing radiation. These clothes can provide protection against different types of radiation such as alpha, beta and gamma radiation.
Areas of Use:
  • Nuclear Energy Power Plants: Reactor operators, maintenance personnel and other employees protect them from radiation exposure.
  • Medical Applications: Radiation oncology protects health personnel working in the fields of radiology and nuclear medicine from radiation.
  • Emergency Responses: In cases such as radiation leakage or accident, it ensures the safety of the intervention teams.
  • Research Laboratories: It protects researchers working with radioactive substances against potential dangers.
Protection levels and standards: Choosing the right level
Radiological protective clothes are classified according to the protection levels and the standards they meet. These standards determine which types of clothes provide protection against radiation and how effective it is.
Common Standards and Protection Levels:
  • ANSI/HPS N13.30: It is an American standard for protective clothes used for personnel working with radioactive substances.
  • IEC 61331: It is an international standard for preventive clothes used in medical diagnostic radiology.
  • ISO 13982-1: It is an international standard for protective clothes with low particle permeability.
Materials used: Effective barrier against radiation
The materials used in radiological protective clothes are specially designed to prevent radiation from passing and provide the user's comfort.Safari NanoUsing state-of-the-art materials, it produces clothing that offers maximum protection, minimum weight and optimum comfort.
Materials and properties used in radiological protective clothes:
  • Lead: It is a heavy metal that provides effective protection against gamma radiation. Lead aprons and gloves are widely used in medical applications.
  • Tungsten: It is a more dense metal than bullet and provides protection against higher energy radiation.
  • Bismut: It is a lighter and less toxic metal used as an alternative to bullet.
  • Barium sulfate: It is a material that provides protection against x -rays. It is used on walls and doors in radiography rooms.
Safari Nano Radiological Protective Clothing Solutions: Your Safety Priority
Safari NanoAs, we design and produce various radiological protective clothes suitable for different needs and threat levels. We carefully design our clothes so that users can move comfortably and perform their tasks safely.
Our Clothing Types:
  • Lead aprons: They are the aprons offered in different lead equivalents used to protect the body from radiation.
  • Lead Gloves: They are gloves that protect hands from radiation.
  • Thyroid protectors: They are special protectors designed to protect the thyroid gland from radiation.
  • Glasses and Facial Masks: It is used to protect the eyes and face from radiation.
  • Full body clothes: They are special clothes designed to protect the body completely from radiation.
Safari Nano Features of Radiological Protective Clothes:
  • High radiation protection: Provides effective protection against different types of radiation.
  • Durable and Reliable: It is designed to maintain its durability and performance even under harsh conditions.
  • Comfortable and Flexible: We offer flexible designs that allow users to move comfortably without restricting mobility.
  • Breathability: We use breathable materials and designs to increase user comfort and reduce sweating.
  • Quality and Reliability: All our products are tested and certified in accordance with international standards (ANSI, IEC, ISO, etc.).
  • Customization Options: We offer privatization options adapted to the special needs of our customers (size, lead equivalent, style, etc.).