Direct Roving 2400 Tex for Pultrusion

Direct-drawn E-glass roving at 2400 tex linear density for pultrusion processes making structural profiles. HTS 7019.12.0080 classification as other rovings not statistically specified. High strand count optimizes for continuous molding operations.

Import Duty Rates by Country of Origin

Origin CountryMFN RateCh.99 SurchargesTotal Effective Rate
🇨🇳China4.8%+35.0%39.8%
🇲🇽Mexico4.8%+10.0%14.8%
🇨🇦Canada4.8%+10.0%14.8%
🇩🇪Germany4.8%+10.0%14.8%
🇯🇵Japan4.8%+10.0%14.8%

Alternative Classifications

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

7019.12.00Same rate: 39.8%

If assembled roving with twist <1.5 turns/meter

Assembled vs direct roving statistical breakout based on production method

7019.90Lower: 14.3% vs 39.8%

If when made into milled glass fibers

Milled/chopped fibers for reinforcement shift to other glass fiber articles

5911.90.00Lower: 38.8% vs 39.8%

If coated for industrial textile machinery use

Textile articles coated with glass fibers move to Chapter 59

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

Precisely declare linear density in tex on entry docs; affects statistical suffix selection

Include pultrusion process compatibility data in technical specifications

Maintain roving integrity during shipping to prevent filament breakage reclassification

Related Products under HTS 7019.12.00.80

E-Glass Roving for Wind Turbine Blades

E-glass roving consists of continuous untwisted strands of glass fibers bundled together, specifically designed for reinforcement in composite materials used in wind turbine blades. It falls under HTS 7019.12.0080 as 'other' rovings, not specified elsewhere in the subheading for slivers, rovings, yarn, and chopped strands. This product provides high tensile strength and corrosion resistance essential for large-scale renewable energy applications.

S-Glass Roving for Aerospace Composites

S-glass roving features high-strength continuous glass filaments for aerospace structural composites like aircraft fuselages. Classified in HTS 7019.12.0080 as other rovings, it meets Chapter 70 definitions for glass fibers including fused silica variants. Superior modulus and fatigue resistance distinguish it from standard E-glass.

AR-Glass Roving for Concrete Reinforcement

Alkali-resistant (AR) glass roving withstands cement's high pH environment, used in glass fiber reinforced concrete (GFRC) panels. HTS 7019.12.0080 covers this as other rovings meeting fused glass fiber definitions. Zirconia content provides essential chemical durability.

C-Glass Roving for Chemical Tank Linings

Corrosion-resistant C-glass roving for resin infusion in chemical storage tanks and piping. Falls under HTS 7019.12.0080 as other continuous filament rovings per Chapter 70 glass definitions. Borosilicate composition provides superior acid resistance.

Single-End Roving for Filament Winding

Single-end glass roving for automated filament winding of pressure vessels and rocket motor casings. Classified HTS 7019.12.0080 as other rovings meeting continuous filament criteria. Controlled tension delivery system essential for hoop/winding patterns.

Textile Roving for Spray-Up Applications

Textile-sized glass roving optimized for robotic spray-up in open mold composites. HTS 7019.12.0080 covers as other rovings per Chapter 70 glass fiber definitions. Gun roving format prevents filament breakage during pneumatic chopping.