2022
Exports
$123MWorld Rnk 22 / 143
Flag Rnk 254 / 1198
2022
PRODUCT COMPLEXITY IN Oxygen Amino Compounds
0.54Rnk 351 / 1025
2022
Imports
$178MWorld Rnk 28 / 214
Flag Rnk 251 / 1203
2022
ECONOMIC COMPLEXITY of Malaysia
1.09Rnk 24 / 133

About

Exports In 2022, Malaysia exported $123M in Oxygen Amino Compounds, making it the 22nd largest exporter of Oxygen Amino Compounds in the world. At the same year, Oxygen Amino Compounds was the 254th most exported product in Malaysia. The main destination of Oxygen Amino Compounds exports from Malaysia are: United States ($21.3M), China ($18.8M), India ($15.1M), Vietnam ($13.7M), and Saudi Arabia ($7M).

The fastest growing export markets for Oxygen Amino Compounds of Malaysia between 2021 and 2022 were United States ($11.1M), South Korea ($2.47M), and United Arab Emirates ($2.23M).

Imports In 2022, Malaysia imported $178M in Oxygen Amino Compounds, becoming the 28th largest importer of Oxygen Amino Compounds in the world. At the same year, Oxygen Amino Compounds was the 251st most imported product in Malaysia. Malaysia imports Oxygen Amino Compounds primarily from: China ($92.5M), Indonesia ($31.3M), Brazil ($18.5M), Vietnam ($7.46M), and United States ($5.61M).

The fastest growing import markets in Oxygen Amino Compounds for Malaysia between 2021 and 2022 were Indonesia ($12.7M), China ($12.5M), and Vietnam ($7.22M).

COMPANIES In 2023, leading companies such as CONTINENTAL AUTOMOTIVE SYSTEMS, INC (4), Motorola (4), and Xerox (1) were at the forefront of shipping Oxygen Amino Compounds from Malaysia to the United States.

Latest Trends

June 2024

Subnational Monthly Trade

Time Scale
Flow
Color
EXPORT GROWTH (June 2023 - June 2024)MYR-4.88M(-7.48%)
IMPORT GROWTH (June 2023 - June 2024)MYR-14.8M(-19.2%)
MAIN DESTINATION (June 2024)United StatesMYR12.6M

This section shows Oxygen Amino Compounds's exports and imports data at subnational level for Malaysia. Click any date in the line plot, any subnational region in the geomap, or any destination or origin country to explore the exports or imports behavior of Oxygen Amino Compounds over time.

For full datasets download visit Bulk Download page.

Go to Bulk Download

Subscribe today to OEC pro and access the latest data

Sign Up

Subscribe today to OEC pro and access the latest data

Sign Up

Historical Data

Trade Balance

Color
EXPORTS (2022)$123M
IMPORTS (2022)$178M
NET TRADE (2022)-$54.2M

In 2022, Malaysia exported $123M in Oxygen Amino Compounds. The main destinations of Malaysia exports on Oxygen Amino Compounds were United States ($21.3M), China ($18.8M), India ($15.1M), Vietnam ($13.7M), and Saudi Arabia ($7M).

In 2022, Malaysia imported $178M in Oxygen Amino Compounds, mainly from China ($92.5M), Indonesia ($31.3M), Brazil ($18.5M), Vietnam ($7.46M), and United States ($5.61M).

Explore Visualizations

Export Destinations (2022)

Import Origins (2022)

Market Growth

Flow
THE FASTEST GROWING Oxygen Amino Compounds EXPORT MARKETS FOR Malaysia WERE (2021 - 2022):
United States$11.1M (109%)
South Korea$2.47M (1.04k%)
United Arab Emirates$2.23M (90.5%)
THE FASTEST DECLINING MARKETS FOR THE EXPORT OF Oxygen Amino Compounds BY Malaysia WERE (2021 - 2022):
China-$7.73M (-29.1%)
Saudi Arabia-$2.13M (-23.3%)
South Africa-$1.12M (-87.7%)

Change in Exports by Market (2021 - 2022)

Market Concentration

View
Flow
Type
In 2022, Malaysia's main exporting competitors in Oxygen Amino Compounds were:
In 2022, Malaysia's main importing competitors in Oxygen Amino Compounds were:

Explore Visualizations

Trade Value of Oxygen Amino Compounds by Exporters

Potential Exports

Potential Exports

Flow
View
TOP EXPORT POTENTIALIndia+ $7.41M
TOP IMPORT POTENTIALChina+ $17.4M

Oxygen Amino Compounds’s highest export potential is India. With an export gap of $7.41M.   Oxygen Amino Compounds’s highest import potential is China with an import gap of $17.4M.

See methodology.

Subscribe today to OEC pro and access the latest data

Sign Up

Have questions, comments, or concerns?
Send us an e-mail: support@oec.world
Follow @OECtoday on
Created, Designed, and Developed by:
In collaboration with