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Crystal Boule Grinder Furnace Enclosure

Specialized nonelectric furnace enclosure maintaining thermal stability during grinding of semiconductor crystal boules to precise diameters, as defined in statistical notes for wafer preparation equipment. Controls dust and temperature for flat grinding indicating conductivity type. HTS 8417.80.00.00 covers this industrial furnace for semiconductor boule processing.

Import Duty Rates by Country of Origin

Origin CountryMFN RateCh.99 SurchargesTotal Effective Rate
🇨🇳China3.9%+35.0%38.9%
🇲🇽Mexico3.9%+10.0%13.9%
🇨🇦Canada3.9%+10.0%13.9%
🇩🇪Germany3.9%+10.0%13.9%
🇯🇵Japan3.9%+10.0%13.9%

Alternative Classifications

This product could be classified differently depending on its characteristics or intended use.

8486.40.00Lower: 25% vs 38.9%

If as complete wafer preparation station

Integrated grinding systems for semiconductor wafers covered specifically under 8486.40.

8419.89Lower: 14.2% vs 38.9%

If laboratory benchtop models

Smaller grinders for test boules classify as laboratory equipment in 8419.

8460.40Lower: 14.4% vs 38.9%

If primarily grinding machine with incidental furnace function

Emphasis on mechanical grinding shifts classification to Chapter 84 machine tools.

Not sure which classification is right?

Our AI classifier can analyze your specific product and recommend the correct HTS code with confidence.

Import Tips & Compliance

Reference statistical note (a)(ii)(A) in documentation to justify classification; specify boule diameter range matching industry standards

Avoid bulk packaging claims that might trigger parts classification exclusion

Related Products under HTS 8417.80.00.00

Czochralski Crystal Puller Furnace

A nonelectric industrial furnace using the Czochralski method to grow monocrystalline silicon boules from molten semiconductor material for subsequent wafer slicing. It maintains precise temperature gradients in a vacuum or inert gas environment to produce high-purity crystals essential for semiconductor manufacturing. Classified under 8417.80.00.00 as a specialized nonelectric furnace for industrial semiconductor processing, excluding electric heating elements.

Float Zone Crystal Growth Furnace

Nonelectric furnace employing the float zone method to purify and grow monocrystalline semiconductor rods, particularly silicon, by melting a narrow zone with RF heating in a vacuum chamber. Critical for producing ultra-high purity materials used in power semiconductors and solar cells. Falls under 8417.80.00.00 as an industrial nonelectric furnace tailored for semiconductor boule production.

Wafer Annealing Furnace

Industrial nonelectric furnace for high-temperature annealing of semiconductor wafers to relieve stresses and activate dopants after ion implantation. Uses rapid thermal processing in controlled atmospheres without electric resistance heating. Classified in 8417.80.00.00 for its role in semiconductor device fabrication processing.

Semiconductor Diffusion Furnace

Nonelectric industrial furnace for dopant diffusion into semiconductor wafers creating device junctions, using gas phase reactions in horizontal or vertical quartz tubes. Essential for bipolar and MOS device fabrication. Falls under 8417.80.00.00 as nonelectric furnace for semiconductor processing.

Rapid Thermal Processing RTP Furnace

Nonelectric semiconductor furnace using lamp arrays for ultra-fast wafer heating to 1200°C in seconds for annealing and silicide formation. Critical for submicron semiconductor device fabrication preventing dopant redistribution. HTS 8417.80.00.00 for industrial nonelectric processing furnaces.

Hydrogen Bake Furnace

Nonelectric furnace for high-temperature hydrogen baking of semiconductor wafers to remove native oxides and hydrogen-passivate surface defects before epitaxial growth. Uses forming gas mixtures in controlled environment. Classified 8417.80.00.00 as industrial furnace for wafer preparation processing.