What is HS code 392119 used for?
Use this as a comparison hint, then confirm the final decision with legal notes and country-specific rules.
HS-6 · Subheading
392119
Plastics; plates, sheets, film, foil and strip, of plastics n.e.c. in heading no. 3921, cellular
Heading 3921 — Plastic plates, sheets, film, foil and strip n.e.c. in chapter 39
Chapter 39: Plastics and articles thereof
Plain-language overview
Use HS-6 392119 when importing or exporting cellular plastic plates, sheets, or films that are not specified elsewhere in chapter 39. For example, a shipment of polycarbonate cellular sheets used for greenhouse roofing would fall under this code.
This code specifically covers cellular plastics, which are lightweight and often used for insulation or structural purposes. In contrast, HS-6 392111 applies to non-cellular plastic plates, sheets, and films, such as standard polyethylene sheets.
When considering HS-6 392119, think of products like expanded polystyrene sheets or polyvinyl chloride (PVC) films that have a cellular structure. These materials are often utilized in packaging, construction, and automotive applications.
If you are dealing with plastic sheets that are rigid and solid, you would look at different classifications, such as HS-6 392111 or 392112 for non-cellular types. Understanding the cellular nature of your product is key to proper classification.
Keywords & topics
Useful terms traders and brokers use for this HS-6 subheading.
cellular plastic sheets · HS code 392119 · plastic plates and sheets · expanded polystyrene · polycarbonate sheets · PVC cellular films · lightweight plastic materials · insulation sheets · packaging films · construction plastic sheets · automotive plastic components · non-cellular plastic types
Examples
Drawn from the official tariff wording for this HS-6 subheading. Always confirm against your published schedule and legal notes.
- Polycarbonate cellular sheets for greenhouses
- Expanded polystyrene (EPS) sheets for insulation
- PVC cellular films used in packaging
- Polyethylene sheets with a cellular structure for construction
- Cellular rubber sheets for automotive applications
- Lightweight foam sheets used in displays
- Cellular plastic strips for sealing applications
Common questions
Frequent classification questions with short practical guidance.
How to classify cellular plastic sheets?
Write down material, use, and product form first, then compare nearby lines before you lock the code.
What products fall under HS-6 392119?
Use this as a comparison hint, then confirm the final decision with legal notes and country-specific rules.
Are polycarbonate sheets classified under HS-392119?
Use this as a comparison hint, then confirm the final decision with legal notes and country-specific rules.
What is the difference between HS-392119 and HS-392111?
Use this as a comparison hint, then confirm the final decision with legal notes and country-specific rules.
Can I use HS-6 392119 for insulation materials?
Use this as a comparison hint, then confirm the final decision with legal notes and country-specific rules.
What are examples of cellular plastics?
Use this as a comparison hint, then confirm the final decision with legal notes and country-specific rules.
How do I determine the right HS code for plastic sheets?
Match the product to the legal wording, then verify the final pick in your country tariff schedule before filing.
Related topics
Common real-world topics that come up during code comparison.
How to classify cellular plastic sheets for import
Check the exact product specs and destination-country tariff notes before finalizing the code.
Examples of products under HS-6 392119
Use this topic to narrow your shortlist, then validate the final code against legal wording.
Differences between cellular and non-cellular plastic classifications
Compare adjacent HS lines and pick the one that matches material, function, and product form most closely.
What materials are included in HS code 392119?
Use this topic to narrow your shortlist, then validate the final code against legal wording.
Guidelines for using HS-6 392119 for shipping
Use this topic to narrow your shortlist, then validate the final code against legal wording.
Understanding the cellular structure in plastics for HS classification
Use this topic to narrow your shortlist, then validate the final code against legal wording.
Common uses for cellular plastic sheets in industry
Use this topic to narrow your shortlist, then validate the final code against legal wording.
How to find the correct HS code for expanded polystyrene sheets
Use this topic to narrow your shortlist, then validate the final code against legal wording.
Questions & answers
For orientation only—the binding text is your national tariff and the WCO nomenclature your country uses.
- What types of products are classified under HS-6 392119?
- HS-6 392119 covers cellular plastic plates, sheets, and films, including materials like expanded polystyrene and polycarbonate sheets.
- How do I know if my plastic sheets are cellular?
- Cellular plastics are characterized by their lightweight, foam-like structure. If your sheets have air pockets or a foam consistency, they are likely cellular.
- Can I use HS-6 392119 for packaging materials?
- Yes, if the packaging materials are made from cellular plastics, such as foam sheets or films, they can be classified under HS-6 392119.
- What is the difference between HS-6 392119 and HS-6 392111?
- HS-6 392119 is for cellular plastics, while HS-6 392111 is for non-cellular plastic plates and sheets, which do not have the foam structure.
- Are there any specific regulations for importing cellular plastics?
- Yes, regulations may vary by country. It's important to check with your customs broker for any specific import requirements for cellular plastics.
- How can I ensure correct classification for my shipment?
- Review the material properties and structure of your product, and consult with a customs broker if unsure about the appropriate HS code.
- What are common uses for cellular plastic sheets?
- Cellular plastic sheets are commonly used in insulation, packaging, construction, and automotive applications due to their lightweight and insulating properties.
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