What does thirty years of bilateral trade data tell us about world trade in plastics & rubber? Who makes it, who buys it, which HS6 lines dominate, and how complex is it on average? HS Section 7is one of 21 top-level groupings in the Harmonized Commodity Description and Coding System maintained by the World Customs Organization (WCO, Harmonized System Nomenclature, 2022 edition; HS92 applied here for back-compatibility with 1995 trade).
world trade 2024$997.4B
cagr 1995-20245.3%
top exporterCHN
hs6 products189
mean pci1.86
Figure 1
World trade in plastics & rubber, 1995–2024
World exports in HS Section 7 grew from $225.7B in 1995 to $997.4B in 2024, a CAGR of 5.3%. Values are f.o.b. exports summed across all reporters in BACI; nominal USD, no deflator applied. Year-to-year swings combine quantity and price effects.
Source: CEPII BACI 202501, 1995-2024, joined to HS92 section codes.
Cite: Hossen, M. D. (2026). World trade in plastics & rubber, 1995–2024. TradeWeave Workbench.cite
SELECT year, SUM(export_value) * 1000 AS world_usd
FROM 'data/parquet/country_year_product/**/*.parquet' cyp
JOIN 'data/parquet/products.parquet' p ON p.code = cyp.product_code
WHERE CAST(p.section AS INTEGER) = 7
GROUP BY year ORDER BY year;
Who produces it, who buys it
Exporter concentration reflects where productive capacity sits in this section. Comparing the exporter table with the importer table reads as a dependency map: where the gap is large, the section is geographically separated between producers and consumers.
Figure 2
Top 15 exporters in plastics & rubber, 2024
Figure 3
Top 15 importers in plastics & rubber, 2024
Which HS6 lines lead the section
HS Sections are coarse. Within this section, the 10 largest HS6 lines reveal what is actually being traded — whether the growth comes from a few dominant lines or a broad basket.
Figure 4
Top 10 HS6 products inside Section 7, 2024
Complexity of the section
The Product Complexity Index (PCI) of Hausmann & Hidalgo (2009) scores each HS6 by the productive knowledge its exporters collectively hold. Averaging PCI within an HS section gives a rough read on how sophisticated that corner of the trade system is. PCI is zero-centered; positive sections sit above the world average.
Figure 5
Mean PCI by HS Section, 2024
Which economies specialise in this section
Balassa’s (1965) Revealed Comparative Advantage answers the complementary question to “who is biggest”: who is disproportionately specialised in this section relative to its own total export basket and the world’s. Section-level RCA = (Xc,sec / Xc,total) / (XW,sec / XW,total). Values above 1 mean the country exports a larger share of its basket in this section than the world does; above 2 is the conventional “strongly specialised” threshold. The sample is restricted to economies with at least US$1B of total exports in 2024 so micro-states with 100% single-section baskets don’t dominate the top.
Figure 5b
Top 15 economies by RCA in plastics & rubber, 2024
Supply concentration over time
Whether productive capacity in plastics & rubber is concentrating into fewer national hands or spreading across more is the section-level analogue of the DOJ/FTC industry-concentration question (DOJ/FTC Merger Guidelines, 2023). The Herfindahl-Hirschman index of exporter shares within HS Section 7, computed annually, summarises that trajectory in a single line. On the 0–10,000 scale, HHI > 2,500 is the conventional “highly concentrated” threshold and HHI > 1,500 is “moderately concentrated”; 10,000/HHI is the effective number of equally-sized national suppliers. A rising HHI is consolidation; a falling HHI is the entry of new national producers (China in textiles, machinery, and electronics through the 2000s).
Figure 5c
HHI of exporter shares in plastics & rubber, 1995-2024
In 2024, the exporter HHI for Section 7 is 650, equivalent to about 15.4 equally-sized national suppliers. In 1995 the HHI was 632 (15.8 effective suppliers). The supplier base has consolidated over the period — production is concentrating in fewer national hands.
Method: HHI = 10,000 × Σ s²ᵢ over national exporter shares of world exports in Section 7, by year. Adelman (1969); DOJ/FTC Merger Guidelines (2023) "highly concentrated" threshold of 2,500 on the 0–10,000 scale.
Cite: Hossen, M. D. (2026). HHI of exporter shares in plastics & rubber, 1995-2024. TradeWeave Workbench.cite
@misc{hossen_2026_figure-5c,
author = {Md Deluair Hossen},
title = {HHI of exporter shares in plastics & rubber, 1995-2024},
year = {2026},
howpublished = {TradeWeave Workbench},
url = {https://tradeweave.org},
note = {Figure: Figure 5c}
}
Leaders-followers rank change, 2000 vs 2024
Sectoral league-table positions move — sometimes quietly over decades, sometimes sharply around a single policy episode (China’s WTO accession in 2001, the ATC phase-out in 2005, the US-China tariff war of 2018–20). Ranking each exporter in plastics & rubberin 2000 and in 2024 and taking the difference surfaces the countries that have climbed or fallen the furthest in global competitive position. Δ > 0 = climbed the league (improved rank), Δ < 0 = fell.
Figure 6a
Biggest rank climbers in plastics & rubber, 2000→2024
The top climber is Viet Nam, moving from #49 in 2000 to #16 in 2024(Δ = +33 places). Exports rose from $348.1M to $17.5B. Sample restricted to countries ranked in the top-30 in either year, so persistent micro-exporters don’t dominate Δ through rank-in-the-tail movements.
Figure 6b
Biggest rank fallers in plastics & rubber, 2000→2024
The steepest drop is China, Hong Kong SAR: #22 → #49 (Δ = -27). Exports moved from $2.0B to $2.0B. Rank-fall with value-growth is relative decline (others grew faster); rank-fall with value-contraction is absolute decline.
Source: CEPII BACI 202501, HS Section 7, 2024.
Cite: Hossen, M. D. (2026). Top 15 exporters in plastics & rubber, 2024. TradeWeave Workbench.cite
SELECT c.iso3, SUM(cyp.export_value)*1000 AS value_usd
FROM 'data/parquet/country_year_product/year=2024/*.parquet' cyp
JOIN 'data/parquet/products.parquet' p ON p.code = cyp.product_code
JOIN 'data/parquet/countries.parquet' c ON c.code = cyp.country_code
WHERE CAST(p.section AS INTEGER) = 7
GROUP BY c.iso3 ORDER BY value_usd DESC LIMIT 15;
SELECT cyp.product_code, p.name, SUM(cyp.export_value)*1000 AS value_usd
FROM 'data/parquet/country_year_product/year=2024/*.parquet' cyp
JOIN 'data/parquet/products.parquet' p ON p.code = cyp.product_code
WHERE CAST(p.section AS INTEGER) = 7
GROUP BY cyp.product_code, p.name ORDER BY value_usd DESC LIMIT 10;
Section 7 (Plastics & rubber) has a mean PCI of 1.86, versus a cross-section average of 0.68. The bar for this section is highlighted. Machinery/electronics, chemicals, and instruments typically sit toward the complex end; minerals and animal products toward the simple end.
Method: Hidalgo & Hausmann (2009). PCI averaged across HS6 within each section.
Cite: Hossen, M. D. (2026). Mean PCI by HS Section, 2024. TradeWeave Workbench.cite
@misc{hossen_2026_figure-5,
author = {Md Deluair Hossen},
title = {Mean PCI by HS Section, 2024},
year = {2026},
howpublished = {TradeWeave Workbench},
url = {https://tradeweave.org},
note = {Figure: Figure 5}
}
show query
SELECT p.section, AVG(pci.pci) AS mean_pci
FROM 'data/parquet/products.parquet' p
JOIN 'data/parquet/pci_rankings.parquet' pci
ON pci.product_code = p.code AND pci.year = 2024
GROUP BY p.section ORDER BY mean_pci DESC;
The most specialised economy in Section 7 is Iran with RCA of 3.99 — 17.4% of its exports are in this section (vs world share 4.4%). Strong specialisation (RCA > 2) anchors the comparative-advantage pattern a trade-shock or industrial-policy analysis should take as its starting point.
Source: CEPII BACI 202501, HS Section 7, 2024. Method: Balassa (1965) “Trade Liberalisation and Revealed Comparative Advantage,” The Manchester School 33(2): 99–123. Sample restricted to economies with total exports ≥ US$1B in 2024.
Cite: Hossen, M. D. (2026). Top 15 economies by RCA in plastics & rubber, 2024. TradeWeave Workbench.cite
@misc{hossen_2026_figure-5b,
author = {Md Deluair Hossen},
title = {Top 15 economies by RCA in plastics & rubber, 2024},
year = {2026},
howpublished = {TradeWeave Workbench},
url = {https://tradeweave.org},
note = {Figure: Figure 5b}
}
show query
WITH sec_val AS (
SELECT country_code, SUM(export_value) AS v
FROM 'data/parquet/country_year_product/year=2024/*.parquet' cyp
JOIN 'data/parquet/products.parquet' p ON p.code = cyp.product_code
WHERE CAST(p.section AS INTEGER) = 7
GROUP BY country_code
), tot_val AS (
SELECT country_code, SUM(export_value) AS v
FROM 'data/parquet/country_year_product/year=2024/*.parquet'
GROUP BY country_code
)
SELECT country_code,
(sec_val.v / tot_val.v) / ((SELECT SUM(v) FROM sec_val) / (SELECT SUM(v) FROM tot_val)) AS rca
FROM sec_val JOIN tot_val USING(country_code)
WHERE tot_val.v * 1000 >= 1e9 ORDER BY rca DESC LIMIT 15;
show query
WITH agg AS (
SELECT year, country_code, SUM(export_value) AS v
FROM 'data/parquet/country_year_product/**/*.parquet' cyp
JOIN 'data/parquet/products.parquet' p ON p.code = cyp.product_code
WHERE CAST(p.section AS INTEGER) = 7 AND export_value > 0
GROUP BY year, country_code
), s AS (
SELECT year, v / SUM(v) OVER (PARTITION BY year) AS share FROM agg
)
SELECT year, SUM(share*share) AS hhi FROM s GROUP BY year ORDER BY year;
Source: CEPII BACI 202501, HS Section 7, exporter league table, 2000 and 2024.
Cite: Hossen, M. D. (2026). Biggest rank climbers in plastics & rubber, 2000→2024. TradeWeave Workbench.cite
WITH agg AS (
SELECT year, country_code, SUM(export_value) AS v
FROM 'data/parquet/country_year_product/**/*.parquet' cyp
JOIN 'data/parquet/products.parquet' p ON p.code = cyp.product_code
WHERE CAST(p.section AS INTEGER) = 7 AND year IN (2000, 2024)
GROUP BY year, country_code
), ranked AS (
SELECT year, country_code,
ROW_NUMBER() OVER (PARTITION BY year ORDER BY v DESC) AS rnk
FROM agg
)
SELECT country_code,
MAX(CASE WHEN year=2000 THEN rnk END) AS rank_2000,
MAX(CASE WHEN year=2024 THEN rnk END) AS rank_2024
FROM ranked GROUP BY country_code ORDER BY rank_2000 - rank_2024 DESC;
Source: CEPII BACI 202501, HS Section 7, 2000 and 2024.
Cite: Hossen, M. D. (2026). Biggest rank fallers in plastics & rubber, 2000→2024. TradeWeave Workbench.cite