Magnesium Turnings -10 Mesh
Screened magnesium turnings passing 10 mesh (2mm), used in aluminum alloy production. Graded per HTS 8104.30.00.00 specifications for turnings.
Import Duty Rates by Country of Origin
Alternative Classifications
This product could be classified differently depending on its characteristics or intended use.
If before screening process
Pre-graded turnings are considered general magnesium scrap.
Not sure which classification is right?
The Tariff Assistant works through the GRI rules on your specific product to reach the right HTS code — and can price the duty on it in the same conversation.
Import Tips & Compliance
• Size verification via photos and lab reports avoids Customs disputes
• Separate from oil-contaminated turnings which may need 2710 classification
Related Products under HTS 8104.30.00.00
Magnesium Turnings 1-3mm Grade
Magnesium turnings produced from machining operations, graded to 1-3mm particle size for metallurgical applications. Classified under HTS 8104.30.00.00 as magnesium turnings graded according to size, distinct from ungraded scrap in 8104.20. These are used in remelting and alloy production.
Magnesium Granules 0.5-1mm
Graded magnesium granules sized 0.5-1mm, derived from grinding processes for use in steel desulfurization. HTS 8104.30.00.00 covers such size-graded granules, excluding unprocessed scrap.
Atomized Magnesium Powder -325 Mesh
High-purity atomized magnesium powder graded to -325 mesh (44 microns) for aerospace powder metallurgy. HTS 8104.30.00.00 applies to such fine, size-controlled powders.
Graded Magnesium Granules 3-6mm
Magnesium granules precisely graded 3-6mm from recycling operations for ferrosilicon production. Covered by HTS 8104.30.00.00 as size-graded granules.
Magnesium Powder 100-200 Micron
Spherical magnesium powder graded 100-200 microns for 3D printing applications. HTS 8104.30.00.00 for graded magnesium powders.
Magnesium Rasps 0.8-1.2mm
Fine magnesium rasps graded 0.8-1.2mm from surface finishing operations. Specifically HTS 8104.30.00.00 as graded raspings.