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Instruments to measure or detect ionising radiations

903010 (Harmonized System 1992 for 6-digit)

2023
World Trade $1.88BRnk 1482 / 4644
2023
Top Exporter | Top Importer $604M | $289MUnited States | China
2023
Product Complexity 0.35Rnk 1950 / 4656
2022 - 2023
Export Growth (CAGR) 9.11%Rnk 734 / 4644
2023
Share of World Trade 0.0083%Rnk 1482 / 4644

About

Overview This page contains the latest trade data of Instruments to measure or detect ionising radiations. In 2023, Instruments to measure or detect ionising radiations were the world's 1482nd most traded product, with a total trade of $1.88B. Between 2022 and 2023 the exports of Instruments to measure or detect ionising radiations grew by 9.11%, from $1.72B to $1.88B. Trade in Instruments to measure or detect ionising radiations represent 0.0083% of total world trade.

Instruments to measure or detect ionising radiations are a part of Oscilloscopes.

Exports In 2023 the top exporters of Instruments to measure or detect ionising radiations  were United States ($604M), Germany ($325M), United Kingdom ($191M), Canada ($113M), and Netherlands ($91.9M).

Imports In 2023 the top importers of Instruments to measure or detect ionising radiations were China ($289M), United States ($278M), Japan ($144M), United Kingdom ($103M), and Germany ($88.2M).

Ranking Instruments to measure or detect ionising radiations ranks 1950th in the Product Complexity Index (PCI).

Description Ionizing radiation is measured in terms of its energy and penetration. Instruments used to measure ionizing radiation are Geiger counters, scintillation counters, and ionization chambers. Geiger counters use ionization to detect the presence of ionizing radiation. Scintillation counters produce visible light when ionizing radiation is detected. Ionization chambers detect the presence of ionizing radiation by measuring the change in the electric current passing through the chamber.

Latest Trends

Latest Data

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The following visualization shows the latest trends on Instruments to measure or detect ionising radiations. Countries are shown based on data availability.

For a full breakdown of trade patterns, visit the trend explorer or the product in country profile.

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* Trade values are converted to USD using each month's exchange rate. For December 2023 data, the exchange rate from December 30, 2023 is used.

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Historical Data

Exporters and Importers

Top Origin (2023)United States$604M
Top Destination (2023)China$289M

In 2023 Instruments to measure or detect ionising radiations were the world's 1482nd most traded product (out of 4,644).

In 2023, the top exporters of Instruments to measure or detect ionising radiations were United States ($604M), Germany ($325M), United Kingdom ($191M), Canada ($113M), and Netherlands ($91.9M).

In 2023, the top importers of Instruments to measure or detect ionising radiations were China ($289M), United States ($278M), Japan ($144M), United Kingdom ($103M), and Germany ($88.2M).

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Exporters of Instruments to measure or detect ionising radiations (2023)
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Importers of Instruments to measure or detect ionising radiations (2023)
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Market Dynamics

Color
Top Origin Growth (2022 -  2023)United States$51.8M
Top Destination Growth (2022 -  2023)Japan$62.3M

Between 2022 and 2023, the exports of Instruments to measure or detect ionising radiations grew the fastest in United States ($51.8M), Canada ($29.8M), Netherlands ($26.4M), United Kingdom ($25.1M), and Singapore ($19.8M).

Between 2022 and 2023, the fastest growing importers of Instruments to measure or detect ionising radiations were Japan ($62.3M), China ($41.8M), United Arab Emirates ($32.4M), United Kingdom ($25.5M), and Germany ($17.8M).

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Exporters of Instruments to measure or detect ionising radiations (2022 - 2023)

Importers of Instruments to measure or detect ionising radiations (2022 - 2023)

Market Concentration

Value

This chart shows the evolution of the market concentration of exports of Instruments to measure or detect ionising radiations.

In 2023, market concentration measured using Shannon Entropy, was 3.68. This means that most of the exports of Instruments to measure or detect ionising radiations are explained by 12 countries.

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Value of Exports in Instruments to measure or detect ionising radiations

Net Trade

TOP NET EXPORTER (2023)United States$326M
TOP NET IMPORTER (2023)China$257M

This map shows which countries export or import more of Instruments to measure or detect ionising radiations. Each country is colored based on the difference in exports and imports of Instruments to measure or detect ionising radiations during 2023.

In 2023, the countries that had a largest trade value in exports than in imports of Instruments to measure or detect ionising radiations were United States ($326M), Germany ($236M), United Kingdom ($88.1M), Canada ($69M), and Netherlands ($57.4M).

In 2023, the countries that had a largest trade value in imports than in exports of Instruments to measure or detect ionising radiations were China ($257M), Japan ($121M), South Korea ($48.9M), Italy ($42.3M), and United Arab Emirates ($41.7M).

Net Trade (2023)

Country Comparison

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Ranking

This visualization shows the countries that have an important ratio of their trade related to Instruments to measure or detect ionising radiations.
It is possible to select the main countries that export or import Instruments to measure or detect ionising radiations in the world, or by continent, as well as select the measure of interest.

Top 10 Exporters Countries of Instruments to measure or detect ionising radiations by percentage of total exports

Product Complexity

Diversification Frontier

Specialization

The Complexity-Relatedness diagram compares the risk and the strategic value of a product's potential export opportunities. Relatedness is predictive of the probability that a country increases its exports in a product. Complexity, is associated with higher levels of income, economic growth potential, lower income inequality, and lower emissions.

Relatedness vs Country Complexity (2023)

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