42049002 - Arcair Slice Exothermic Cutting Rods 1/4 x 22 Inch (25 Pack)

Arcair Slice Exothermic Cutting Rods – 1/4" x 22" (Pack of 25)

The Arcair 42049002 Slice Exothermic Cutting Rods represent the pinnacle of versatility in industrial cutting and demolition. Designed for the professional fabricator, maintenance technician, and emergency responder, these rods utilize a patented single-piece construction that ensures a balanced exothermic reaction. Unlike traditional cutting methods that rely heavily on the conductivity of the base material, Slice rods are capable of cutting, burning, or piercing virtually any material known to man, including mild steel, stainless steel, aluminum, and even non-metallic substrates like concrete and brick.

Each rod measures 1/4 inch in diameter and 22 inches in length, providing a substantial burn time for deep piercing or extended cutting passes. The flux coating on these rods serves a dual purpose: it facilitates easier ignition and helps contain the heat within the rod to maximize cutting efficiency. Once the rod is ignited using a battery or striker and oxygen flow is established, the electrical current can be removed. The rod will continue to burn as long as oxygen is supplied, reaching temperatures high enough to liquefy most materials instantly.

This package contains 25 rods, making it an economical choice for heavy-duty projects in mining, bridge construction, and steel erection. The reliability of the Arcair Slice system makes it an essential inventory item for maintenance departments that encounter mixed materials or difficult-to-cut alloys. Whether you are removing a seized pin on heavy machinery or cutting through reinforced concrete, these rods deliver consistent performance.

Industrial Applications

These rods are widely used in sectors requiring aggressive material removal. In the mining industry, they are indispensable for clearing crusher jams. In bridge construction and structural steel erection, they provide a quick method for piercing bolt holes or severing beams. Their ability to operate without constant electrical power makes them particularly useful in remote field repairs where generator capacity may be limited.