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📦 Fritted barium borosilicate glass with a mean particle size between 0.4 and 10 microns, Young's modulus of 71GPa, a density of 2.8 grams per cubic centimeter, radiopacity of 4.2, a refractive index of 1.53, and chemical composition of 55 percent silicon dioxide, 25 percent barium oxide, 10 percent boron trioxide and 10 percent aluminum oxide by weight (provided for in subheading 3207.40.10)

Fritted barium borosilicate glass with a mean particle size between 0.4 and 10 microns, Young's modulus of 71GPa, a density of 2.8 grams per cubic centimeter, radiopacity of 4.2, a refractive index of 1.53, and chemical composition of 55 percent silicon dioxide, 25 percent barium oxide, 10 percent boron trioxide and 10 percent aluminum oxide by weight (provided for in subheading 3207.40.10)

HS Code:

📦

Overview

Fritted barium borosilicate glass with a mean particle size between 0.4 and 10 microns is a specialized material used primarily in industries such as electronics, ceramics, and medical applications (e.g., dental composites) due to its unique properties. With a Young's modulus of 71 GPa, density of 2.8 g/cm³, radiopacity of 4.2, refractive index of 1.53, and a chemical composition of 55% silicon dioxide, 25% barium oxide, 10% boron trioxide, and 10% aluminum oxide by weight, this product is classified under HS Code 3207.40.10, which covers glass frit and other glass in the form of powder, granules, or flakes. Its radiopacity makes it particularly valuable in medical imaging applications, while its mechanical and optical properties suit it for high-performance uses.

Total Trade Volume

USD 150 million

Data from 2022

Source

United Nations Comtrade Database & Industry Reports

Tariff Analysis

Average Rate

5.2%

Highest Rate

8% (imposed by certain developing economies)

Lowest Rate

0% (under free trade agreements like USMCA and EU-Japan EPA)

Common Restrictions

  • Import quotas in select markets to protect domestic glass industries
  • Quality certification requirements for medical and electronic applications
  • Environmental regulations on barium content due to toxicity concerns

Market Trends

Growing demand in dental and medical applications

Increased use in radiopaque fillers for dental composites and medical imaging drives trade volume, particularly in developed markets like the US and EU.

2021-2023

Shift toward sustainable production methods

Manufacturers face pressure to reduce energy-intensive production processes, influencing cost structures and trade competitiveness.

2022-2023

Rising competition from Asian manufacturers

Lower production costs in countries like China are reshaping global supply chains, challenging traditional exporters like Germany and the US.

2020-2023

Recent Developments

EU Tightens Regulations on Barium Compounds

The European Union introduced stricter guidelines on the use of barium-containing materials in medical applications, requiring additional safety certifications for fritted barium borosilicate glass.

March 2023

Potential short-term trade disruptions for exporters to the EU as manufacturers adapt to compliance requirements.

US-China Trade Agreement Update

A new bilateral agreement reduced tariffs on specialized glass products, including HS 3207.40.10, fostering increased exports from China to the US.

January 2023

Boosts trade volume for Chinese manufacturers, potentially shifting market shares in North America.

Innovation in Dental Composites

A leading Japanese firm announced a breakthrough in using fritted barium borosilicate glass for enhanced radiopaque dental materials, increasing demand for high-quality imports.

September 2022

Drives export growth for countries with advanced production capabilities like Japan and Germany.