Furnaces and ovens; electric, for industrial or laboratory use, resistance heated; other than hot isostatic presses, for the manufacture of semiconductor devices on semiconductor wafers

851419 (Harmonized System 2022 for 6-digit)

About

Overview This page contains the latest trade data of Electric resistance furnaces for semiconductor manufacturing. In 2022, Electric resistance furnaces for semiconductor manufacturing were the world's 1570th most traded product, with a total trade of $2B.

Electric resistance furnaces for semiconductor manufacturing are a part of Electric Furnaces.

Exports In 2022 the top exporters of Electric resistance furnaces for semiconductor manufacturing  were Italy ($404M), Germany ($388M), China ($356M), Japan ($162M), and South Korea ($119M).

Imports In 2022 the top importers of Electric resistance furnaces for semiconductor manufacturing were China ($304M), United States ($174M), South Korea ($117M), Germany ($99.1M), and Chinese Taipei ($85.3M).

Ranking Electric resistance furnaces for semiconductor manufacturing ranks 76th in the Product Complexity Index (PCI).

Latest Data

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The following visualization shows the latest trends on Electric resistance furnaces for semiconductor manufacturing. 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 (2022)Italy$404M
Top Destination (2022)China$304M

In 2022 Electric resistance furnaces for semiconductor manufacturing were the world's 1570th most traded product (out of 5,606).

In 2022, the top exporters of Electric resistance furnaces for semiconductor manufacturing were Italy ($404M), Germany ($388M), China ($356M), Japan ($162M), and South Korea ($119M).

In 2022, the top importers of Electric resistance furnaces for semiconductor manufacturing were China ($304M), United States ($174M), South Korea ($117M), Germany ($99.1M), and Chinese Taipei ($85.3M).

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Exporters of Electric resistance furnaces for semiconductor manufacturing (2022)
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Importers of Electric resistance furnaces for semiconductor manufacturing (2022)
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Market Dynamics

Color
Top Origin Growth (false -  2022)Italy$404M
Top Destination Growth (false -  2022)China$304M

Between false and 2022, the exports of Electric resistance furnaces for semiconductor manufacturing grew the fastest in Italy ($404M), Germany ($388M), China ($356M), Japan ($162M), and South Korea ($119M).

Between false and 2022, the fastest growing importers of Electric resistance furnaces for semiconductor manufacturing were China ($304M), United States ($174M), South Korea ($117M), Germany ($99.1M), and Chinese Taipei ($85.3M).

Explore Visualizations

Exporters of Electric resistance furnaces for semiconductor manufacturing (NaN - 2022)

Importers of Electric resistance furnaces for semiconductor manufacturing (NaN - 2022)

Net Trade

TOP NET EXPORTER (2022)Italy$377M
TOP NET IMPORTER (2022)United States$85.2M

This map shows which countries export or import more of Electric resistance furnaces for semiconductor manufacturing. Each country is colored based on the difference in exports and imports of Electric resistance furnaces for semiconductor manufacturing during 2022.

In 2022, the countries that had a largest trade value in exports than in imports of Electric resistance furnaces for semiconductor manufacturing were Italy ($377M), Germany ($289M), Japan ($134M), China ($52.1M), and Czechia ($26.3M).

In 2022, the countries that had a largest trade value in imports than in exports of Electric resistance furnaces for semiconductor manufacturing were United States ($85.2M), Russia ($64M), Mexico ($52.6M), Vietnam ($48.6M), and France ($45.7M).

Net Trade (2022)

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 (2022)

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