Tomahawk® LC40 Electrode
Based on unit price: $26.26
- Description
Lincoln Electric Tomahawk® LC40 Electrode (KP2843-1)
The Lincoln Electric Tomahawk® LC40 Electrode KP2843-1 is a premium replacement electrode engineered for optimal plasma cutting performance. Crafted from durable materials to withstand extreme heat and wear, this electrode ensures precise, clean cuts with consistent arc stability. Ideal for professional welders and fabricators using Lincoln Tomahawk plasma cutting systems, the LC40 electrode helps maintain cutting quality and extends torch life. A reliable choice for demanding cutting applications in industrial and fabrication settings.
Details:
Consumables are designed for plasma cutting and gouging materials including mild steel, stainless steel, aluminum, brass,& copper using the Tomahawk 625 plasma cutters.
Whats Included:
- (5) Electrode
Features:
- Genuine Lincoln Electric® Plasma Consumables.
- Must Purchase in Quantities of 5
- Sold 5 per Pack
Specifications:
- Country of Origin: Multi Country
- Warranty Length: 30 Days - Consumable Parts - Lincoln is not responsible for the replacement of any Consumable part that is required due to normal wear.
- Accessory Type: Tomahawk 625
- Consumables Type: Electrode
- Torch Model: LC40
- Quantity: 5/Pack
- Net Weight (lb): 0.499
- Net Weight (kg): 1.1
Lincoln Electric Tomahawk® LC40 electrode KP2843-1 delivers precise plasma cutting performance with durable, OEM-quality construction for long torch life.
The Lincoln Electric Tomahawk® LC40 Electrode (KP2843-1) is a high-quality OEM replacement part designed for optimal plasma cutting performance. Engineered to withstand extreme heat and wear, this electrode ensures consistent arc stability and clean, precise cuts in various industrial and fabrication applications. Compatible with a range of Lincoln PMX series plasma cutters, the LC40 electrode supports professional welders and fabricators in maintaining peak torch efficiency and extending equipment lifespan. A reliable choice for demanding plasma cutting tasks requiring durability and precision.
