The first two digits of the HS code "70" represent glass and articles of glass.
Specifically, this chapter includes:
- Various types of glass: flat glass, glass fibers, glass tubes, glass beads, etc.
- Glass products: containers (bottles, jars, cups, etc.), glass fiber products, optical glass components, automotive glass, lighting glass, etc.
Classification is mainly based on material and use:
- Main component is glass: any product with glass as the main component will be classified under this chapter.
- Manufacturing process: products made through glass manufacturing processes, even if further processed, are usually still classified under this chapter.
- Use: although the uses are diverse, as long as they are glass products, they fall under the scope of this chapter.
In short, the HS code "70" is classified based on the material (glass) and manufacturing method.
If you can provide a more specific HS code (e.g., 7001, 7010, etc.), I can provide a more detailed explanation.
First four digits explanation: HS code: 7002
Classification description: Glass balls (excluding microspheres of Chapter 7018), rods or tubes, unprocessed.
Other information:
- General tariff: Not provided
- Special tariff: Not provided
- Tariff 2: Not provided
- Quota quantity: Not provided
- Additional tariff: Not provided
- Unit of measurement: Not provided
Six-digit explanation: HS code: 7002.32
Classification: Glass balls (excluding microspheres of Chapter 7018), rods or tubes, unprocessed: --> tubes: --> other glass tubes, with a linear expansion coefficient not exceeding 5 x 10-6/kelvin in the temperature range from 0°C to 300°C.
8-10 digit explanation: hscode: 7002320000 Classification: Glass balls (excluding microspheres under heading 7018), rods or tubes, unprocessed: --> tubes: --> other glass tubes, with a linear expansion coefficient not exceeding 5 x 10-6/kelvin in the temperature range from 0°C to 300°C Explanation: This HS code corresponds to unprocessed glass tubes, especially those made of other types of glass and with specific requirements for linear expansion coefficient (not exceeding 5 x 10-6/kelvin in the temperature range from 0°C to 300°C).
Product examples: * Glass tubes used in laboratory equipment * Glass rods for industrial applications * Unprocessed glass tubes for manufacturing purposes * Glass tubes with low thermal expansion for precision instruments
Customer Reviews
No reviews yet.