Silane-Treated E-Glass Woven Fabric 240 g/m² 12 Micron
E-Glass fabric with silane sizing for better resin adhesion, plain weave 240 g/m², 12 micron filaments, mechanically bonded uncolored open weave >30 cm, <136 tex, under HTS 7019.66.40.21 due to >215 g/m² weight and 7-13 micron specs. Essential for automotive part molding.
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Import Tips & Compliance
• Sizing treatments like silane don't affect classification if microscopically thin per chapter notes
• Provide weave pattern diagrams confirming plain weave for .40 subheading
• Watch for over-declaration of weight pushing into higher duty categories
Related Products under HTS 7019.66.40.21
E-Glass Plain Weave Fabric 220 g/m² 9 Micron
This open plain weave glass fiber fabric weighs 220 grams per square meter with a filament diameter of 9 microns, classified under HTS 7019.66.40.21 due to its mechanical bonding, width over 30 cm, plain weave structure, uncolored filaments under 136 tex, and specific weight and diameter specs. It is commonly used in composite reinforcements for lightweight structural applications.
S-Glass Woven Fabric 230 g/m² 10 Micron Filaments
High-strength S-Glass plain weave fabric at 230 g/m² with 10 micron filaments, mechanically bonded and uncolored, fitting HTS 7019.66.40.21 for its weight over 215 g/m², 7-13 micron diameter, width >30 cm, and plain weave under 136 tex. Ideal for aerospace composite layups requiring superior tensile strength.
C-Glass Plain Weave Nonwoven Fabric 225 g/m² 8 Microns
Corrosion-resistant C-Glass fabric, mechanically bonded plain weave, 225 g/m² with 8 micron filaments, uncolored, width >30 cm, under 136 tex, precisely matching HTS 7019.66.40.21 criteria of >215 g/m² and 7-13 micron diameter. Used in marine and chemical processing composites.
Advantex Glass Fiber Fabric 218 g/m² 11 Micron
Advantex borosilicate glass plain weave fabric weighing 218 g/m², 11 micron filaments, mechanically bonded, open weave >30 cm wide, uncolored <136 tex, classified in HTS 7019.66.40.21 for meeting exact weight (>215 g/m²) and diameter (7-13 microns) requirements. Suited for wind energy blade manufacturing.
High-Temp Resistant Glass Fabric 235 g/m² 7.5 Micron
Mechanically bonded plain weave glass fabric for high-temperature use, 235 g/m² with 7.5 micron filaments, uncolored, >30 cm wide, <136 tex, fitting HTS 7019.66.40.21's >215 g/m² and precise 7-13 micron diameter. Applied in insulation barriers and gaskets.