Materials & Chemicals Market Research News

New report: Effects of ionization radiation in medicine propels the demand for radiation shielding textile market

New report: Effects of ionization radiation in medicine propels the demand for radiation shielding textile market

Workers Exposed To Radiation Like Nuclear Plant Workers And Radiographers Wear Dosimeters For Recording Occupational Exposure.

- Advertising -

According to MarketIntelReports' “2017-2022 Global Top Countries Radiation Shielding Textile Market Report”: 

Browse 126 Pages and an in-depth TOC on “Radiation Shielding Textile Market 2017-2022 ” here

www.marketintelreports.com/report/…ile-market-report

Radiation shielding protects people from the harmful effects of radiation. The exposure can be due to a radiation source external to the human body.

It can be even due to the intake of radioactive substance into the body. Ionization radiation which is used in medicine and industry can be dangerous as it causes microscopic damage to the living tissue.

- Advertising -

This results in skin burns or radiation sickness at high exposures. The x ray protection materials produced by the Radiation Shielding Textile Market can determine radiation hazards.

Radioactive shielding can be used to prevent the harmful effects of radiation. 

Scope & Regional Forecast of the Radiation Shielding Textile Market

Main source of radiation are nuclear reactors, x-ray and radioisotope facilities, and cosmic rays. Radiation can be divided into two types namely ionizing and indirectly ionizing.

Gamma ray shielding materials protect people from high intensity radiation. The criteria to select a shielding material are radiation attenuation, structural strength, ease of heat removal. 

The radiation proof materials differ with application. The thickness of the material is chosen for reducing radiation intensities outside the shield within the prescribed limits.

A reactor shield has two parts namely, biological shield and thermal shield. The thermal shield absorbs the radiation to protect the steel reactor vessel from getting damaged.

The biological shield reduces the external dose rate to a tolerable level. 

For complete details: Request a sample download @ www.marketintelreports.com/pdfdownload.php?id=lpi3865 

The effectiveness of the radiation shielding design depends on the stopping power of the radiation particles which can differ with the type and energy of radiation and the shielding material used. The different shielding techniques depend on the application and the type of the radiation.

Alpha radiation shielding can reduce the intensity of the radiation depending on the thickness. 

Radiation measurement using calibrated protection instruments is required for evaluating effectiveness of protective measures. These instruments can be installed or can be portable.

Installed instruments include Gamma interlock monitors, personal exit monitors, and airborne particulate monitors. 

Segmentations & Key Players Involved in the Radiation Shielding Textile Market

  • Product Type- Metal fiber blended fabric, Metallised fabrics, and Other.
  • Application- Home textiles, Garments, Industrial application, Military application, and Other.
  • Region- United States, Canada, Mexico, Germany, France, UK, Italy, Russia, China, Japan, and India.

Some of the key players involved in the Radiation Shielding Textile Market are as follows:

News From

Market Intel Reports - Market Research Firm, Analysis and ForecastMarket Intel Reports
Category: Market Research Publishers and RetailersCompany profile: MarketIntelReports (MIR) aim to empower our clients to successfully manage and outperform in their business decisions, we do this by providing Premium Market Intelligence, Strategic Insights and Databases from a range of Global Publishers. MarketIntelReports currently has more than 10,000 plus titles and 35+ publishers on our platform and growing consistently to fill the “Global Intelligence Demand – Supply Gap”. We cover more than 15 industry verticals being: Automotive, Electronics, Manufactu ...