Wire Spools

Create secure stitched booklets, pamphlets, and other finished documents with wire spools from the broader stitching wire and staples collection. Available wire comes in different gauges and spool sizes for compatible stitching equipment. The broader Stitching Wire and Staples collection also includes standard, heavy-duty, and high-capacity staples for different fastening and document-finishing requirements.

Wire Spools

Create secure stitched booklets, pamphlets, and other finished documents with wire spools from the broader stitching wire and staples collection. Available wire comes in different gauges and spool sizes for compatible stitching equipment. The broader...

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25 Gauge Round Galvanized Stitching Wire 70 lb Spool - 1 per Carton
MyBinding

Item#: 23STITCH25G70

$259.82 $129.91 Save 50%

features

  • High-quality 25 gauge galvanized wire ensures durability and rust resistance for long-lasting use.
  • 70 lb spool offers approximately 709 feet of wire, perfect for tackling multiple binding projects efficiently.
  • Designed for saddle stitching, providing a professional finish that keeps materials flat and secure.
  • Versatile compatibility with various stitching machines, making it an ideal choice for both crafting and industrial applications.
$259.82 $129.91 Save 50%
Flat Galvanized Stitching Wire Spools
MyBinding
$195.75
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features

  • Durable flat galvanized wire ensures long-lasting performance and resistance to corrosion.
  • Designed for saddle stitching, providing a professional finish for all your binding projects.
  • Available in multiple gauges and spool sizes, allowing customization for various binding needs.
  • Easy to handle and store, making it a practical choice for both small and large projects.
Starting at $195.75
SKU
PRODUCT NAME
PRICE
QUANTITY
23STITCH202410
20 x 24 Flat Galvanized Stitching Wire 10 Lb Spool - 5 per Carton
$195.75
23STITCH20245
20 x 24 Flat Galvanized Stitching Wire 5 Lb Spool - 10 per Carton
$299.99
Round Galvanized Stitching Wire Spools
MyBinding
$40.30
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features

  • Continuous spool design allows for seamless stitching, eliminating the need for pre-cut wires.
  • Available in multiple gauge sizes (24, 25, and 20 x 24 flat) to accommodate various binding machine capabilities.
  • Manufactured in the USA and compliant with CPSIA standards, ensuring safety and quality.
  • Strong tensile strength provides a durable and reliable bind for all your binding projects.
Starting at $40.30

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Frequently Asked Questions

Choose the wire gauge and spool format required by the stitching machine, document thickness, stitch style, and production volume. Round and flat wire are not automatically interchangeable, and the machine documentation should identify the supported material and gauge. The spool must also fit the machine holder, including the arbor, flange, and overall dimensions. Wire stitching machines cut and form each stitch from continuous wire, so incorrect material can lead to feeding problems, weak clinches, or equipment wear. Record the current wire specification before removing an empty spool and keep its label for future orders. The safest choice is the material confirmed for the exact stitcher and job rather than a spool that appears similar in diameter or weight.

Confirm the arbor opening, flange diameter, spool width, wire gauge, wire shape, and spool weight. The spool must sit securely on the machine holder and unwind in the correct direction without rubbing nearby parts. A heavier spool may reduce replacement frequency, but it must remain within the equipment limits and be practical for operators to lift and install. Also confirm whether the machine uses round or flat wire and whether the intended job requires a particular stitch size. Keep the product label and machine manual together with the purchasing record. Testing a new spool on waste sheets before a production run allows feeding tension, cutting, and clinching to be observed without risking finished work.

Spool size should reflect production volume, storage conditions, handling limits, and the machine specifications. A larger spool can reduce changeovers during long runs, but it may be unnecessary for occasional work and harder to lift or store safely. Smaller spools may suit short jobs, limited storage, or equipment designed around a lighter supply. Booklet makers that use preformed staples have different supply needs, so confirm that the equipment actually uses continuous stitching wire before ordering a spool. Estimate consumption from recent production and include expected setup waste. The correct size should keep work moving without leaving wire stored for excessive periods or encouraging operators to install a spool that exceeds the holder capacity.

Replace the spool before the remaining wire becomes too short to feed consistently through the machine. Watch for irregular unwinding, corrosion, kinks, surface damage, or changes in stitch formation. A spool that has been dropped or stored in damp conditions should be inspected carefully before use. Keep a replacement available when production schedules cannot tolerate an unexpected stop, but rotate stock so older material is used first. Operators should know how to release tension, remove the spool, thread the new wire, and test the first stitches safely. The change should be followed by a short sample run to confirm clean cutting, correct leg length, and a secure clinch before finished documents return to the machine.

Store stitching wire in a dry, clean area where spools are protected from moisture, dust, impact, and contact with chemicals. Keep each spool in its original packaging or on a stable rack that supports the flange without bending it. Labels should remain visible so gauge, shape, and spool size can be confirmed before installation. The staplers and stitching machines used in the finishing area may require different supplies, so continuous wire should be separated from preformed staples and other fasteners. Avoid stacking heavy items on spools or rolling them across the floor. Regular stock rotation and a simple inspection before use help prevent rust, damaged winding, and feeding problems from reaching the production machine.