Functional Barrier Polymers Suppliers & Manufacturers

f

What does available trade activity indicate for Functional barrier polymers?

Functional barrier polymers is classified under HS Code 3904.50. This falls under Chapter 39: Plastics and articles thereof, specifically Heading 3904 (Polymers of vinyl chloride or of other halogenated olefins, in primary forms), under subheading: Vinyl chloride, other halogenated olefin polymers; vinylidene chloride polymers, in primary forms.

* The data below is specific to the HS code, not the ingredient.

Suppliers

243

Across 39 countries

Shipments

2,324

from 2015 to 2026

Total weight

52.1M kg

4,538 TEU · standard 20-foot container units

Last shipment

6 months ago

Last updated at Feb 25, 2026

Growth

↑ 40%

Trade under 3904.50 has increased by 40% over the past 6 months

What does trade activity suggest about the functional barrier polymers supply chain?

Trade activity under HS 3904.50 shows a large, active supply chain with 243 suppliers, 2,324 shipments, and roughly 52,000 metric tons moved between 2015 and early 2026. Recent shipment activity from major players like Asahi Kasei, Elix Polymers, and Novamont indicates ongoing trade flows. However, this evidence is not ingredient-specific; it reflects all vinylidene chloride polymers in primary forms, which includes general-purpose PVC and copolymers, not just functional barrier polymers. The data suggests a robust market for the broader polymer category, but the specific functional barrier polymer segment cannot be isolated from this trade signal alone.

What does the HS or HTS classification include, and where are its limits for functional barrier polymers?

HS code 3904.50 covers vinylidene chloride polymers in primary forms, falling under Chapter 39 for plastics and the heading for polymers of vinyl chloride or other halogenated olefins. This classification includes a broad range of vinyl-based materials, including PVC and copolymers that may serve as functional barriers, but it also encompasses general-purpose plastics used in construction, packaging, and other applications. The scope is therefore wider than the specific ingredient, meaning trade data under this code cannot be used to confirm the volume or value of functional barrier polymer shipments specifically. The classification limit is that it captures a polymer family, not a defined end-use or performance category.

Which suppliers are associated with Functional barrier polymers trade?

SupplierShipmentsTop customerGrowthLast shipment
No suppliers found.

How concentrated or diversified does the supplier landscape appear for functional barrier polymers?

The supplier landscape appears moderately concentrated at the top but highly diversified overall. The top five suppliers—Asahi Kasei, Elix Polymers, Novamont, Solvay Fluor, and Auserpolimeri—account for roughly 23% of total shipments, indicating meaningful but not dominant concentration. The remaining 238 suppliers each contribute a small share, with many showing only one or a few shipments. This suggests a fragmented market with a mix of large polymer producers, specialty compounders, and distributors. The presence of logistics providers and equipment manufacturers among the supplier list further indicates that the data includes non-ingredient-specific entities, complicating any assessment of true raw material supplier concentration.

Which supply risks or dependencies around functional barrier polymers require further diligence?

Key supply risks requiring further diligence include supplier reliability and product specificity. Many suppliers show sporadic shipment patterns—over half have only one recorded shipment—suggesting inconsistent availability or distribution-based rather than production-based activity. Several known polymer producers, such as Novamont Terni and Asahi Kasel, show stale data with no recent shipments, indicating potential supply gaps. Additionally, the classification scope means that a supplier's activity under HS 3904.50 does not confirm they produce functional barrier polymers specifically. Companies like The Dow Chemical and Chevron Phillips appear in the data, but their shipments may be general PVC compounds, requiring product-level verification before qualifying them as functional barrier polymer sources.

Which sourcing geographies and trade lanes appear most relevant to functional barrier polymers?

The most relevant sourcing geographies are Belgium, Italy, Japan, and Spain, which together account for the majority of shipment volume and weight under HS 3904.50. Belgium leads in weight with 13.6 million kg, followed closely by Japan at 12.4 million kg and Italy at 10.1 million kg. These countries also host the highest-activity suppliers, including Asahi Kasei (Japan), Elix Polymers (Spain), and Novamont (Italy). China and South Korea appear as secondary sources with meaningful but smaller volumes. The trade lanes appear to be predominantly transatlantic and transpacific, with many suppliers shipping to North American affiliates, though the data does not specify final destinations.

Which countries drive Functional barrier polymers trade activity?

By shipment count

Belgium
669

Belgium

669 shipments

19 suppliers

13.6M kg total weight

Italy
510

Italy

510 shipments

60 suppliers

10.1M kg total weight

Japan
440

Japan

440 shipments

9 suppliers

12.4M kg total weight

Spain
264

Spain

264 shipments

27 suppliers

6.2M kg total weight

China
133

China

133 shipments

25 suppliers

2.9M kg total weight

South Korea
78

South Korea

78 shipments

12 suppliers

2M kg total weight

United Kingdom
78

United Kingdom

78 shipments

24 suppliers

971.9K kg total weight

Germany
35

Germany

35 shipments

12 suppliers

565.8K kg total weight

Bahamas
24

Bahamas

24 shipments

1 suppliers

734.6K kg total weight

United States
14

United States

14 shipments

2 suppliers

214.6K kg total weight