0.75% Carbon Zipper Teeth Wire

High-carbon nonalloy steel wire (0.75% C) drawn for metal zipper tooth forming, providing wear resistance and precise coil formation. Classified HTS 7217.90.50.90 as other wire ≥0.6% carbon content. Essential for durable zipper performance in apparel and luggage.

Import Duty Rates by Country of Origin

Origin CountryMFN RateCh.99 SurchargesTotal Effective Rate
🇨🇳ChinaFree+35.0%35%
🇲🇽MexicoFree+10.0%10%
🇨🇦CanadaFree+10.0%10%
🇩🇪GermanyFree+10.0%10%
🇯🇵JapanFree+10.0%10%

Alternative Classifications

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

7217.10.70Same rate: 35%

If lower carbon (0.45% typical)

Standard zipper wire <0.6% C in 7217.10 subheading.

8307.90Lower: 13.8% vs 35%

If formed into complete zipper slides

Finished metal zippers and parts classified as base metal fittings in 8307.

7213Lower: 10% vs 35%

If thicker than wire dimensions

Rectangular cross-section >5mm classified as concrete reinforcing bars/rods per note (c).

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

Specify YKK or equivalent zipper grade specs with carbon certification; oval/round profile affects declaration

Ensure wire is continuous coil stock, not stamped teeth

Common error: classifying as finished zipper parts in 8307

Related Products under HTS 7217.90.50.90

High-Carbon Spring Steel Wire

Round wire made from nonalloy steel containing 0.6% or more carbon by weight, typically used in manufacturing mechanical springs for automotive suspensions and industrial machinery. It falls under HTS 7217.90.50.90 as iron or nonalloy steel wire with high carbon content, not further worked beyond basic drawing. The elevated carbon level provides essential high tensile strength and elasticity required for spring applications.

Music Wire Piano String Steel

Precision-drawn high-carbon steel wire (0.6-1.0% carbon) used for piano strings and musical instrument wires, offering exceptional tensile strength and consistent pitch stability. Classified under HTS 7217.90.50.90 due to its nonalloy composition and carbon content exceeding 0.6% by weight, in drawn form without further working. The high carbon enables the necessary hardness and vibrational properties.

0.8% Carbon Tire Bead Wire

High-carbon steel wire (0.8% carbon content) drawn into fine bronze-coated filaments but classified on base metal, used to reinforce tire bead cores for structural integrity. Falls under HTS 7217.90.50.90 as nonalloy iron/steel wire ≥0.6% carbon; minimal coating doesn't qualify as 'further worked' if not specified otherwise. Essential for preventing tire deformation under pressure.

High-Carbon Lock Wire 1.0mm

1.0mm diameter drawn wire of nonalloy steel with 0.7% carbon, used in safety-critical aerospace and automotive locking applications to prevent fastener loosening. HTS 7217.90.50.90 applies to this other high-carbon (>0.6%) nonalloy wire not plated or further worked. Provides superior shear strength for vibration-prone environments.

C70 Steel Brush Wire

C70 grade (0.67-0.74% carbon) round nonalloy steel wire used for manufacturing industrial wire brushes, knotting brushes, and abrasive cleaning tools. Classified in HTS 7217.90.50.90 as other wire containing ≥0.6% carbon by weight, drawn but not further worked. High carbon content ensures stiffness and durability under abrasive conditions.

1.0% Carbon Welding Wire

High-carbon nonalloy steel wire with 1.0% carbon content, drawn for specialized welding electrode applications requiring high hardness deposits. HTS 7217.90.50.90 covers this other category as it exceeds 0.6% carbon threshold and lacks alloying elements. Used in hardfacing applications for wear resistance.