Feed Bar Pin

Description

HBS Fasteners manufactures high-quality Feed Bar Pins, specifically designed for use in textile machinery, automated assembly lines, and material handling systems. These pins are engineered to withstand constant friction and repetitive motion. With a focus on dimensional accuracy and surface hardness, our feed bar pins ensure that the feed mechanism remains perfectly synchronized, reducing downtime and preventing mechanical jams.

Technical Specifications

• Type: Precision Ground Pin / Pivot Pin for mechanical feed bars.

• Surface Finish: Ultra-smooth ground finish to minimize friction and wear on moving parts.

• Size Range: Manufactured in custom lengths and diameters according to specific machine tolerances.

• Design Features: Available with specialized grooves, chamfered ends, or stepped diameters for secure seating and easy installation.

• Tolerance: High-precision micron-level tolerances to ensure a perfect fit within feed bar bushings.

Material & Quality Excellence

• Stainless Steel: Available in hardened Martensitic or high-grade Austenitic (A2, A4) for corrosion and wear resistance.

• Other Materials: Produced in high-carbon Alloy Steel and Tool Steel for maximum durability.

• Manufacturing Power: Produced using raw materials from our in-house wire drawing facility, followed by precision grinding and heat treatment processes to achieve the ideal balance of core strength and surface hardness.

• Hardness: Available with specialized heat treatment (Case Hardening or Induction Hardening) to extend the service life of the pin.

Key Application Areas

• Textile Machinery: Essential for feed dog mechanisms and fabric advancement systems in industrial sewing and knitting machines.

• Automated Packaging: Used in the feeding tracks of high-speed wrapping and bottling plants.

• Printing Industry: Ideal for paper feed rollers and mechanical alignment bars in large-scale printing presses.

• General Automation: Used as guide pins or pivots in any machinery requiring incremental material movement.