Aircraft Seat Belt Anchorage Wire
Ultra-low lay stranded steel wire for anchoring seat belts and safety harnesses in commercial aircraft. Its twist spec of not more than 1 revolution per 8.5 strand diameters qualifies for HTS 7312.10.3020 as non-insulated stranded wire. Meets stringent aviation tensile requirements.
Import Duty Rates by Country of Origin
Alternative Classifications
This product could be classified differently depending on its characteristics or intended use.
If part of complete aircraft safety harness
Aircraft textile/metal articles use Chapter 88.
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
• FAA PMA/STC documentation mandatory; include material certs for steel alloy
• Precise twist measurement critical—customs may test samples
Related Products under HTS 7312.10.30.20
Sailing Dinghy Shroud Wire
Thin low-lay stainless stranded wire for dinghy mast shrouds in competitive sailing. Meets HTS 7312.10.3020 twist specs for optimal tensioning. Lightweight for racing performance.
Parachute Suspension Line Steel Core
Low-lay steel core wire within parachute suspension lines for strength. HTS 7312.10.3020 for bare stranded wire component.
Medical Equipment Lift Cable
Low-lay stranded wire for patient lift hoists in hospitals. HTS 7312.10.3020 specs for safety-critical lifts.
Stage Rigging Counterweight Wire
Low-twist steel cable for theater fly systems and counterweights. HTS 7312.10.3020 for precise lay.
Oil Derrick Guide Wire
Low-lay stranded wire guiding drill strings in oil rigs. HTS 7312.10.3020 for offshore durability.
Galvanized Steel Aircraft Control Cable
This stranded steel wire cable is used in aircraft control systems for throttle, aileron, and elevator linkages. It features a low lay or twist of not more than 1 revolution per 8.5 times the strand diameter, classifying it under HTS 7312.10.3020 as non-electrically insulated stranded wire of iron or steel. The galvanized coating provides corrosion resistance essential for aviation environments.