Skip to Main Content

KP4481-1-B25 - Lincoln HyperFill Camlock Diffuser Bulk Pack

Packaging: 25 Per Ea
$22.62/EA $389.50/25 Per Ea only $15.58/EASave 31%

Usually ships within 3-5 business days

SKU: KP4481-1-B25 Categories: ,

OVERVIEW

Maximize Productivity with Lincoln Electric HyperFill Diffusers

The Lincoln Electric KP4481-1-B25 HyperFill Diffuser is a critical component designed to unlock the full potential of the HyperFill twin-wire MIG welding solution. Sold in a convenient bulk pack of 25, this product is tailored for high-volume fabrication environments where downtime must be minimized and throughput maximized. The HyperFill process revolutionizes heavy fabrication by allowing two smaller diameter wires to be fed through a single gun, creating a large, stable arc cone that bridges gaps easily and lays down metal at impressive rates.

At the heart of this system is the specialized diffuser. Unlike standard threaded diffusers that rely on rotational torque to secure the contact tip, the KP4481-1 utilizes an innovative Camlock fitting. This design is engineered to address the specific physics of running two wires simultaneously. By locking the contact tip into a fixed orientation, the Camlock mechanism prevents the wires from twisting around each other inside the nozzle. This ensures that the wires emerge parallel and stable, which is essential for maintaining the integrity of the single arc cone and achieving consistent weld quality.

Fabricators utilizing the HyperFill system can achieve deposition rates exceeding 18 lbs/hr (8.2 kg/hr) without the complexity typically associated with tandem wire setups. The KP4481-1-B25 diffuser facilitates this by providing a robust electrical connection and optimized gas flow. The brass construction ensures efficient current transfer to the contact tip, reducing heat buildup even during long, high-amperage welds. Furthermore, the gas ports are precision-drilled to provide laminar shielding gas coverage, protecting the large weld puddle from atmospheric contamination.

This 25-pack offering is ideal for industrial MRO cribs and large-scale manufacturing floors. By stocking the KP4481-1-B25, facilities ensure they have a ready supply of these essential consumables, keeping their HyperFill-equipped welding cells running smoothly. Whether you are welding heavy structural steel, automotive components, or pressure vessels, this diffuser delivers the reliability and performance synonymous with the Lincoln Electric brand.

Additional Information
Packaging Description:25 Per Ea
Product Type:Gas Diffuser
Process Type:Hyperfill, MIG (GMAW)
Connection Type:Camlock
Application:High Deposition Welding
----- new values below ----
Product Type:Gas Diffuser
Process Type:MIG (GMAW), HyperFill
Connection Type:Camlock
Compatible Wire Configuration:Twin Wire
Application:High Deposition Welding

INCLUDED

  • 25 x HyperFill Gas Diffusers (Camlock Style)

APPLICATIONS

  • Heavy Fabrication and Structural Steel
  • Automotive and Transportation Manufacturing
  • Shipbuilding and Offshore Construction
  • Pressure Vessel and Tank Fabrication
  • General Industrial Manufacturing requiring high deposition rates

FAQ

It is designed for the HyperFill process to hold the contact tip securely using a Camlock mechanism, allowing two wires to feed through a single tip without twisting.

This package contains 25 individual HyperFill diffusers.

The Camlock fitting prevents the contact tip from rotating during installation, which ensures the two wires remain parallel and do not twist around each other.

When used as part of the HyperFill system, deposition rates can exceed 18 lbs/hr (8.2 kg/hr).

No, it is specifically designed for use with Lincoln Electric HyperFill Camlock contact tips.

It is manufactured from high-quality brass to ensure excellent electrical conductivity and heat resistance.

This specific diffuser is engineered for the twin-wire HyperFill process; standard single-wire setups typically use different diffusers.

Yes, by maintaining proper wire alignment and electrical transfer, it contributes to a stable arc cone and a controllable weld puddle.