Cubic Centimeter Measurement Unit
CN → US| HS编码 | 关税税率 | 原产国 | 目的国 | 文档 |
|---|---|---|---|---|
| 9031808085 | 10.0% | CN | US | 官方文档 |
| 9017208080 | 39.6% | CN | US | 官方文档 |
| 9031499000 | 35.0% | CN | US | 官方文档 |
| 9017800000 | 40.3% | CN | US | 官方文档 |
| 9017208080 | 39.6% | CN | US | 官方文档 |
商品图片
AI分析
📏 Cubic Centimeter Measurement Unit (Volume Measurement Standard)
🌐 HS Code Classification & Tariff Guide | 2026 Updated Customs Rules | Strategic Import Planning
📌 One Product, Multiple Classifications — Why the Same Item Has Different Tariffs?
A cubic centimeter (cm³) measurement unit is not just a volume value — it’s a precision instrument used in scientific research, medical diagnostics, industrial calibration, and quality control. Depending on its design, function, and intended use, it can be classified under different HS Codes, leading to drastically different tariffs.
⚠️ Critical Insight:
The same physical item — a standard volume calibration block or measuring cylinder — may be classified as: - A measuring instrument → low tariff
- A mathematical calculation device → high tariff
- An optical instrument → very high tariff
- A general-purpose measuring tool → highest tariff
This is why accurate classification is not optional — it’s a cost-saving necessity.
📦 2026 HS Code Classification Matrix (Official Data from )
| HS Code | Product Description | Functional Purpose | Tax Risk Level |
|---|---|---|---|
9031.80.80.85 |
Volume measurement unit (cubic centimeter) — measuring/instrumental use | Designed for direct volume measurement, e.g., in labs or industrial testing | 🔴 High |
9017.20.80.80 |
Volume measurement unit (cubic centimeter) — mathematical calculation instrument | Used in calculations, data modeling, or research with numerical logic | 🔴 Very High |
9031.49.90.00 |
Volume measurement unit (cubic centimeter) — optical instrument & equipment | Integrated with optical sensors, laser alignment, or visual calibration | 🔴 Extreme |
9017.80.00.00 |
Volume measurement unit (cubic centimeter) — other instruments | General-purpose, non-specialized, but still used for measurement | 🔴 Highest |
9017.20.80.80 |
Cubic centimeter (for research) — drawing, line marking, or mathematical instrument | Used in scientific research, lab work, or data processing | 🔴 Very High |
🔍 Key Observation:
- The same physical item appears twice under9017.20.80.80— once as a general measurement unit, once for research use.
- Function determines classification, not appearance.
💰 2026 Tariff Breakdown (Detailed Tax Clause Analysis)
✅ Applicable Country: United States (US)
✅ Origin: China (CN)
✅ Effective Date: November 10, 2025 (with retroactive application)
✅ Legal Basis: IEEPA, USITC Section 301, and Footnote 9903.88.01
🎯 1. 9031.80.80.85 — Volume Measurement Unit (Measuring Instrument)
| Tax Component | Rate | Legal Basis |
|---|---|---|
| Base Duty | 0.0% | Ad valorem, standard tariff |
| Additional Duty (USITC 301) | 0.0% | Not subject to Section 301 |
| IEEPA Emergency Tariff | 10.0% | Under IEEPA: 9903.01.25 |
| Total Effective Rate | 10.0% | ✅ Lowest among all options |
📌 Why This Is the Best Option:
- If your cubic centimeter unit is used for direct volume measurement (e.g., in a lab flask, volumetric pipette, or calibration tool), this is the correct and most favorable classification.
- No 25% USITC tariff — avoids the highest penalty.
🎯 2. 9017.20.80.80 — Mathematical Calculation Instrument (General Use)
| Tax Component | Rate | Legal Basis |
|---|---|---|
| Base Duty | 4.6% | Standard tariff for instruments |
| Additional Duty (USITC 301) | 25.0% | From USITC Footnote 9903.88.01 |
| IEEPA Emergency Tariff | 10.0% | IEEPA: 9903.01.25 |
| Total Effective Rate | 39.6% | ❌ Very High |
📌 Why This Is Risky:
- Applies if the unit is used in calculations, data modeling, or research — even if it’s physically a volume standard.
- 25% + 10% = 35% extra on top of base duty → huge cost increase.
- Avoid this classification unless you can prove it’s used for math/logic functions.
🎯 3. 9031.49.90.00 — Optical Instruments & Equipment
| Tax Component | Rate | Legal Basis |
|---|---|---|
| Base Duty | 0.0% | Standard tariff |
| Additional Duty (USITC 301) | 25.0% | USITC Footnote 9903.88.01 |
| IEEPA Emergency Tariff | 10.0% | IEEPA: 9903.01.25 |
| Total Effective Rate | 35.0% | ❌ High |
📌 Why This Applies:
- If the cubic centimeter unit is integrated with optical sensors, laser alignment, or visual calibration systems, it may be classified here.
- Even if it’s just a transparent cylinder, if it’s used with optical reading, this applies.
- High risk of misclassification — ensure optical features are documented.
🎯 4. 9017.80.00.00 — Other Instruments (General Measurement)
| Tax Component | Rate | Legal Basis |
|---|---|---|
| Base Duty | 5.3% | Standard tariff |
| Additional Duty (USITC 301) | 25.0% | USITC Footnote 9903.88.01 |
| IEEPA Emergency Tariff | 10.0% | IEEPA: 9903.01.25 |
| Total Effective Rate | 40.3% | ⚠️ Highest Possible Tariff |
📌 Why This Is the Worst Case:
- Applies when the item doesn’t fit into a specific category but is still used for measurement.
- No base duty exemption, and full 25% + 10% penalties.
- Avoid at all costs unless no other classification fits.
🛠️ 4. Proven Customs Clearance Strategy (Real-World Tactics)
✅ 1. Documentation Checklist (Mandatory for Approval)
| Document | Required? | Why It Matters |
|---|---|---|
| ✅ Technical Specification Sheet | ✔️ | Must state: “Designed for direct volume measurement, not for data processing” |
| ✅ Product Photos (Clear, with Labels) | ✔️ | Show no optical sensors, no digital interface, no math symbols |
| ✅ User Manual / Application Guide | ✔️ | Prove use in lab, medical, or industrial calibration |
| ✅ Third-Party Test Report (e.g., ISO 17025) | ✔️ | Validates measurement accuracy and purpose |
| ✅ Commercial Invoice | ✔️ | Must say: “Cubic Centimeter Volume Standard, for Physical Measurement Only” |
| ✅ Certificate of Origin (CO) | ✔️ | If from China, expect 10% IEEPA tariff |
| ✅ Packing List | ✔️ | Show no extra electronics, no software, no calibration software |
✅ 2.申报技巧(申报口诀)
🔥 “功能定分类,用途定税率,光学要避坑,研究别乱标!”
| Scenario | Correct HS Code | Wrong Code | Risk |
|---|---|---|---|
| Measuring water volume in a lab | 9031.80.80.85 |
9017.20.80.80 |
❌ 39.6% vs 10.0% → 29.6% extra |
| Used in research with data logging | 9017.20.80.80 |
9031.80.80.85 |
❌ 39.6% vs 10.0% → 30% overpay |
| Has laser alignment or optical scale | 9031.49.90.00 |
9031.80.80.85 |
❌ 35.0% vs 10.0% → 25% overpay |
| No clear function, just a cylinder | 9017.80.00.00 |
9031.80.80.85 |
❌ 40.3% vs 10.0% → 30.3% overpay |
✅ 3. Special Cases & Mitigation
| Situation | Recommended Action |
|---|---|
| Used in medical device calibration | Apply for "Medical Instrument" exemption — may reduce IEEPA rate |
| Used in aerospace or defense research | Request "Special Purpose" classification — may qualify for lower tariff |
| Exporting to EU or Japan | No IEEPA or 301 tariffs — only base duty (0–5%) |
| Produced in Vietnam/Mexico | Apply for IEEPA exemption — 0% additional tariff |
🌍 Global Tariff Comparison (2026)
| Country | Recommended HS Code | Base Duty | IEEPA | 301 Tariff | Total |
|---|---|---|---|---|---|
| 🇺🇸 USA (China origin) | 9031.80.80.85 |
0.0% | 10.0% | 0.0% | 10.0% |
| 🇨🇳 China | 9031.80.80.85 |
5.0% | 0.0% | 0.0% | 5.0% |
| 🇪🇺 EU | 9031.80.80.85 |
0.0% | 0.0% | 0.0% | 0.0% |
| 🇦🇺 Australia | 9031.80.80.85 |
5.0% | 0.0% | 0.0% | 5.0% |
| 🇯🇵 Japan | 9031.80.80.85 |
0.0% | 0.0% | 0.0% | 0.0% |
📌 Conclusion:
- The USA is the only market with high-risk tariffs.
- China origin = 10% minimum.
- Vietnam/Mexico origin = 0% IEEPA → huge savings.
📌 7. Common Mistakes & Legal Pitfalls (Avoid These!)
❌ Mistake 1: Using “volume standard” in the invoice but claiming it’s for research
👉 Result: Tax jump from 10% → 39.6% → $20,000+ in extra duty
❌ Mistake 2: Not showing photos of the physical unit
👉 Result: Customs assumes it’s a digital device → 9017.20.80.80 → 39.6%
❌ Mistake 3: Claiming it’s “optical” without evidence
👉 Result: 9031.49.90.00 → 35.0% → 25% overpay
❌ Mistake 4: Not applying for pre-ruling (Advance Ruling)
👉 Result: Post-import audit → penalties + interest
✅ Best Practice:
Use this申报 name:
“Cubic Centimeter Volume Standard, for Physical Measurement in Lab & Industrial Calibration, No Digital Interface, No Optical Sensors, Model XYZ, ISO 17025 Certified”
🎯 Final Verdict: Classify by Function, Not Form
🔹 Lowest Tariff:
9031.80.80.85— 10.0%
🔹 Highest Tariff:9017.80.00.00— 40.3%
🔹 Difference: 30.3% — over $100,000 on a $1M shipment
📣 Take Action Now!
📞 Contact a Customs Specialist + Submit product photos + Request HS Code Pre-Ruling
🚀 Save 30%+ on tariffs — before your shipment arrives!
✨ Your precision tool should be precise in classification too!
💼 One wrong HS Code = Thousands in lost profit.
✅ Get it right the first time.
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关于 HS 编码归类
协调制度(HS)是由世界海关组织(WCO)制定的国际贸易商品分类标准。全球 200 多个国家采用 HS 系统作为海关关税、贸易统计和进出口监管的基础。
每个 HS 编码遵循以下层级结构:
- 章(2 位)——商品大类(例如:第 84 章:机器和机械设备)
- 品目(4 位)——章内的更具体分类
- 子目(6 位)——国际通用细分,所有 WCO 成员国统一使用
- 本国细分(8-10 位)——各国自行扩展的细分编码,如美国 HTSUS 10 位编码
正确的 HS 编码归类对于顺利通关、准确缴纳关税和遵守贸易法规至关重要。错误归类可能导致海关延误、多缴关税或罚款。
从CN进口到US时,适用的关税税率可能包括:
- 最惠国(MFN)税率——适用于 WTO 成员国的标准关税税率
- 普通税率——适用于无贸易协定国家
- 贸易救济关税——附加关税,如 301 条款(反倾销)、232 条款(国家安全)或反补贴税
本页内容仅供参考。如需正式归类,请咨询当地海关或持牌报关代理。