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Describes the SLICE Exothermic Cutting process and its mechanism.
Traces the development and applications of exothermic cutting technology.
Outlines the core principles of SLICE Exothermic Cutting.
Explains the method of cutting using only the exothermic reaction.
Details the process of cutting with an added electrical arc for more heat.
Specifies the oxygen pressure and quality needed for the process.
Describes the types, materials, and characteristics of SLICE cutting rods.
Step-by-step guide for performing cuts without external power.
Step-by-step guide for performing cuts with an electrical arc.
Instructions for piercing holes using the SLICE equipment.
Specific guidance for cutting copper-based materials.
Specific guidance for piercing copper-based materials.
Description of the primary cutting torch and ignition striker.
Lists various ready-to-go SLICE equipment packages.
Details the 12-volt rechargeable battery and its components.
Introduces key variables affecting the cutting process.
Details the impact of oxygen pressure on cutting rates and efficiency.
Explains the role of amperage in increasing cutting speed and efficiency.
Discusses the importance of travel speed for cut quality and progression.
Explains the correct angle for holding the electrode for optimal cutting.
Overview of safety and health considerations for SLICE equipment.
Safety precautions regarding smoke, fumes, and gases produced during cutting.
Safety precautions regarding arc rays, hot slag, and sparks.
Safety measures to prevent fires and explosions from sparks and gases.
Lists relevant safety standards and references for guidance.
Lists uses in bridge repair, highway maintenance, and structural steel cutting.
Lists uses in machinery repair, piping removal, and tank renovation.
Lists uses in repairing buckets, pins, and control cables on heavy machinery.
Lists uses in removing sand, gates, risers, and cleaning furnace slag.
Lists uses in rapid entry and cutting through building debris.
Lists uses in rapid entry and cutting through steel doors and windows.
Lists uses in rail car repair and track maintenance.
Lists uses in equipment maintenance, cable cutting, and rock piercing.
Lists uses in piercing plates and cutting large material pieces.
Lists uses in cutting rebar, removing bolts, and cutting embedded steel.
Lists uses in piping removal, grating removal, and tank repair.
Lists uses in machinery repair and cutting encrusted metal.
Lists uses in cutting various scrap metals and removing corroded material.
Addresses problems where the rod burns but no cut occurs.
Solutions for molten material not being blown out of the cut area.
Troubleshooting battery issues affecting starting capability.
Solutions for the torch shield burning around the collet nut.
Explains why rods consume fast when piercing non-copper materials.
Solutions for arced collet chuck or rod burning outside the chuck.
Instructions on interpreting the chart for optimal settings.
Details different electrode types, part numbers, and specifications.
Lists detailed part numbers for the SLICE torch assembly.
Lists detailed part numbers for the SLICE striker assembly.
Lists available accessories for enhancing SLICE equipment functionality.
Provides a breakdown of components included in various SLICE equipment packs.
Details the parts and assembly of the SLICE battery box.
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General