Thermic Lance – 16mm x 2.75m
Part Number: LANCE-16
Style/SKU Code: 06092122
Style/SKU Code: 06092122
Maximum-Performance Thermal Cutting for Heavy Industry
The ATLC LANCE-16 is the heavy-duty powerhouse of the thermic lance range. Featuring a substantial 16mm diameter and a standard 2.75-metre length, this lance is designed for extreme industrial applications where maximum heat output and material displacement are required. Reaching a core temperature of 4,000°C, the LANCE-16 is the professional choice for piercing the thickest steel sections and heavy slag deposits.
Key Features & Benefits
- Highest Heat Volume: The 16mm profile carries a larger volume of internal fuel wires and oxygen, creating a wider and more powerful thermal stream than 12mm rods.
- Rapid Piercing: Engineered for the fastest possible penetration through heavy steel castings, reinforced concrete foundations, and large furnace tapholes.
- Safety Through Distance: The 2.75m length provides the operator with a critical safety buffer, keeping them well clear of the high-intensity sparks and molten spray generated during heavy cutting.
- Exothermic Efficiency: Specifically designed to maintain a consistent burn even when submerged in molten metal or thick slag.
- Industrial Standard Compatibility: Plain-end design fits all high-capacity 16mm compression-style thermic lance handles.
Technical Specifications
- Part Number: LANCE-16 (06092122)
- Diameter: 16mm
- Length: 2750mm (2.75 Metres)
- Core Temperature: ~4,000°C
- Material: High-grade mild steel tube with dense internal wire packing
Primary Applications
- Steel Mills & Smelters: Clearing large furnace “skulls,” opening frozen tapholes, and de-slagging massive ladles.
- Heavy Marine Demolition: Slicing through thick-walled ship hulls, wharf pylons, and underwater structural steel.
- Mining Maintenance: Removing the largest seized pins found on ultra-class mining excavators and draglines.
- Civil Engineering: Piercing heavy reinforced concrete structures for seismic retrofitting or demolition.


