Automotive Chrome-Plated Steel Seat Headrest Stay Rod Assembly
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Product Classification

Automotive Chrome-Plated Steel Seat Headrest Stay Rod Assembly

This product is an integrated headrest support rod designed for automotive seats, utilizing precision cold-drawn hollow steel tubing as base material. Manufactured via CNC bending, end-crimping notched slotting, and precision chrome-plating, it serves as the core load-bearing insert component for seat headrests. One end embeds inside the headrest foam matrix, while the other inserts into the pre-installed backrest frame sleeve, enabling vertical height adjustment, lock positioning, and load-bearing impact protection for front and rear vehicle seat headrests.

  • Parameter
  • Features
  • Tubing Type & Dimensions

     High-precision cold-rolled seamless bright hollow steel tubing; Outer diameter 8 mm or 10 mm mainstream specifications, wall thickness 1.0 to 1.5 mm.

    Material & Weight Reduction

     High-quality 20# precision cold-drawn steel tube; High strength, crack-resistant bending performance; Lightweight weight-saving effect superior to solid rods.

    Forming Process

     Servo CNC bending integrated forming; Bending angle tolerance +/-0.5 degrees; Precision profile tolerance matching backrest frame mounting holes.

    Electroplating Structure

     Degreasing -> Acid Pickling Activation -> Semi-Bright Nickel Base -> Bright Nickel Intermediate Layer -> Decorative Hard Chrome Outer Surface.

    Plating Thickness

     Surface chrome layer 0.15 um or higher, total electroplating layer thickness 8 um or higher.

    Corrosion Resistance

     Neutral salt spray test 480 hours or higher with zero rust spots, peeling, or corrosion.

    Wear & Hardness

     Enhanced surface Vickers hardness, resisting daily insertion friction and scratching.

    Surface Quality

     Mirror bright finish free of pitting, pinholes, color difference, or peeling defects.

    Thermal Resistance

     Operating range -40 to 90 degrees C; Plating layer remains free from cracking, shedding, or blistering under extreme cabin temperature fluctuations.