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PN-5814C - Parker 5/8 Inch Recessed Copper MIG Nozzle

Packaging: 10 per pak
$22.00/ea $157.10/10 per pak only $15.71/eaSave 29%

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SKU: PN-5814C Categories: ,

OVERVIEW

High-Performance Copper MIG Nozzle for Industrial Fabrication

The Parker PN-5814C Nozzle is a premium-grade welding consumable designed to meet the rigorous demands of professional MIG/MAG welding. Manufactured by Parker, a recognized leader in torch technology, this nozzle is engineered to provide superior shielding gas coverage and extended service life in industrial environments. The nozzle features a 5/8-inch (15.9mm) bore, which is the industry-standard size for medium to heavy-duty amperage applications. This bore size strikes an optimal balance, allowing for sufficient gas flow to protect the weld pool from atmospheric contamination while maintaining a focused column of gas for arc stability.

One of the defining characteristics of the PN-5814C is its recessed tip geometry. In this configuration, the contact tip sits deeper within the nozzle compared to flush or protruding designs. This recess serves multiple critical functions. Firstly, it provides a physical barrier that protects the contact tip from direct exposure to the arc heat and molten spatter, significantly reducing the risk of the tip fusing to the nozzle or becoming clogged. Secondly, it allows the welder to maintain a proper electrical stick-out (ESO) while keeping the nozzle at a comfortable distance from the workpiece, which is particularly beneficial when welding at higher parameters or in spray transfer modes.

Material composition is paramount in welding consumables, and the PN-5814C is constructed from high-quality copper. Copper is chosen for its exceptional thermal conductivity, which rapidly dissipates the intense heat generated during the welding process. This efficient heat management prevents the nozzle from overheating, thereby reducing the adhesion of spatter. Cooler running nozzles are easier to clean and last significantly longer than those made from inferior alloys. Whether you are fabricating structural steel, working in automotive repair, or performing general manufacturing, the Parker PN-5814C ensures that your shielding gas is delivered smoothly and your torch end remains protected.

Proper maintenance of your MIG nozzle is essential for weld quality. A clogged or damaged nozzle can lead to turbulent gas flow, resulting in porosity and poor weld bead appearance. By choosing a durable copper nozzle like the Parker PN-5814C and regularly inspecting it for spatter buildup, operators can ensure consistent results and minimize downtime associated with consumable changeovers.

Additional Information
Packaging Description:10 per pak
Item:Nozzle
Brand:
Bore Size:5/8"
Material:Copper
Tip Position:Recessed
Product Type:MIG Welding Nozzle
----- new values below ----
Bore Size:5/8"
Material:Copper
Tip Position:Recessed
Product Type:MIG Welding Nozzle

INCLUDED

  • 1 x Parker PN-5814C Copper MIG Nozzle (5/8" Bore, Recessed)

APPLICATIONS

  • General Fabrication and Manufacturing
  • Structural Steel Welding
  • Automotive Repair and Restoration
  • Heavy Equipment Maintenance
  • Shipbuilding and Marine Welding

FAQ

The Parker PN-5814C nozzle has a 5/8-inch bore size, which is standard for general purpose and heavy-duty welding.

This nozzle features a recessed tip design, meaning the contact tip sits back inside the nozzle for added protection.

It is manufactured from high-quality copper, which offers excellent heat dissipation and durability.

A recessed nozzle protects the contact tip from spatter and excessive heat, and is often preferred for higher amperage welding or spray transfer.

No, it is designed for Parker style MIG guns and compatible systems. Always check your torch's parts breakdown for compatibility.

Copper withstands higher heat better than brass and is generally more durable for heavy-duty applications.

While you can, flux-cored welding (specifically self-shielded) often uses a thread protector instead of a gas nozzle. However, for gas-shielded flux core, this nozzle is appropriate.

Because it is copper, spatter is less likely to stick, but using nozzle dip or anti-spatter spray and a pair of MIG pliers or a reamer will keep it clean.