ESAB Aluminium MIG Liner 1.6mm 4.9m 10 Pack

$269.00

Product Introduction

Hampdon Industrial ESAB Style Aluminium MIG Liners offer OEM-matching quality at lower operational costs, ideal for daily industrial use. PTFE lined for smooth Aluminium wire feeding.

Product Specifications

Quantity 10 Pack
Wire Diameter 1.6mm (Yellow)
Length 4.9 Meters
Compatibility ESAB Style Guns
Part Number 366-550-891
Description

ESAB Style Aluminium MIG Liner – 1.6mm – 10 Pack – 4.9 Meter

Supercharge your aluminium welding operations with our premium ESAB Style Aluminium MIG Liners. Engineered to deliver exceptional performance and reliability, this 10-pack of 4.9-meter liners is the ultimate solution for professionals seeking consistent wire feeding and reduced downtime. Whether you’re working in automotive, aerospace, or industrial manufacturing, these liners ensure smooth aluminium wire delivery, minimizing jams and maximizing productivity.

Especificaciones básicas

Longitud

Diámetro del alambre

Material

Compatibilidad

Cantidad por paquete

10 unidades

Número de pieza

Construcción

Aplicación

Estándar de Calidad

Supera las especificaciones del OEM

4.9 meters per liner
1.6mm (Yellow color-coded)
PTFE lined for aluminium compatibility
ESAB Style MIG guns
366-550-891
Industrial-grade materials
Special Feature PTFE lining reduces friction
Aluminium wire welding

Beneficios Clave

? PTFE Lining: Ensures smooth feeding of soft aluminium wire, preventing kinks and breakages.
? Industrial Durability: Made from high-quality materials to withstand daily heavy-duty use.
? Cost-Effective 10-Pack: Reduces operational costs with bulk pricing and minimal reordering.
? Precision Engineering: Matches or exceeds ESAB OEM specifications for seamless compatibility.
? Color-Coded Design: Yellow identification for quick 1.6mm wire size recognition.

Aplicaciones

Ideal for automotive body shops, aerospace manufacturing, marine fabrication, and general industrial aluminium welding. Perfect for both professional welders and manufacturing facilities requiring consistent, high-quality wire feeding.

Excelencia en el Rendimiento

Our ESAB Style MIG Liners deliver unmatched wire feeding stability, even with soft aluminium wires. The PTFE coating minimizes friction, ensuring a steady flow that enhances weld quality and reduces·ÏÆ·ÂÊ. Each liner undergoes rigorous testing to meet industrial standards, guaranteeing reliable performance in demanding environments.

Why Choose Our Liners?

Unlike generic alternatives, our liners are specifically engineered for ESAB Style guns, ensuring a perfect fit and optimal performance. The premium PTFE lining outlasts standard liners, reducing replacement frequency and downtime. Backed by our commitment to quality, these liners offer a cost-effective solution without compromising on reliability.

Preguntas Frecuentes

Q: Will these liners fit all ESAB MIG guns?
A: They are designed for ESAB Style guns; please verify your gun model for compatibility.
Q: Can I use these liners with other wire types?
A: Optimized for aluminium wire; use with other materials may affect performance.
Q: How often should I replace the liner?
A: Depending on usage, typically every 3-6 months under heavy industrial use.
Q: Is the PTFE lining heat resistant?
A: Yes, it withstands standard MIG welding temperatures for aluminium applications.

Solicitar una Cotización

Ready to enhance your welding efficiency? Contact us today for bulk pricing, technical support, or custom solutions tailored to your needs. Our team of experts is standing by to help you optimize your welding operations.

Shipping and Delivery

Packaging & Transportation

Weldingtop Nozzles

Weldingtop nozzles are precision components requiring safe and professional handling. Each nozzle is individually vacuum‑sealed and protected with shock‑absorbing foam to avoid impact, dust and humidity. Sturdy outer cartons with clear fragile labels are used for secure shipping. We work with trusted logistics providers and offer full tracking, ensuring your order arrives complete and in perfect condition.