Ingersoll/Rand
Ingersoll/Rand IRTP4CS6 24 TPI Reciprocating Saw Blades 6 Pack
Six-pack of 24 TPI bi-metal reciprocating saw blades for cutting thin metal, wood, plastic and nail-embedded wood
- TypeOther
- MaterialHAWA
- Cuts thin metal cleanly with 24 TPI bi-metal teeth
- Handles aluminum and soft metals without binding
- Slices nail-embedded wood and plastic in one pass
- Rigid straight-edge design keeps cuts true
- Six blades per pack keeps the job moving
Air Reciprocating Saw Blades 24 TPI
These Ingersoll/Rand bi-metal blades fit standard reciprocating saws and are designed for cutting thin metal, aluminium, nail-embedded wood, plastic, soft metals and wood. The six-pack supplies enough blades for extended workshop or site work without frequent reordering.
Thermal noise and power draw in normal use
Air-driven tools produce minimal vibration and no electrical heat, so the blades run cool and quiet during prolonged cuts. The 0.035 in thickness reduces drag, lowering the air consumption needed from the compressor.
24 teeth per inch for thin metal
The fine 24 TPI pitch gives clean, controlled cuts in sheet metal and similar thin materials. Coarser blades will tear thin stock, while finer pitches are unnecessary for the listed materials.
Highlights
- Cuts thin metal cleanly with 24 TPI bi-metal teeth
- Handles aluminum and soft metals without binding
- Slices nail-embedded wood and plastic in one pass
- Rigid straight-edge design keeps cuts true
- Six blades per pack keeps the job moving
Specifications
| Brand | INGERSOLL-RAND |
|---|---|
| Type | Other |
| Material | HAWA |
Questions about this item
How do I install these 24 TPI bi-metal blades into my reciprocating saw, and what step is often missed?
Insert the straight-back shank fully into the saw's clamp until it seats, then tighten the blade clamp securely; the step often missed is verifying the blade is locked straight before starting the cut.
When will these 0.035 in thick blades need replacement during metal cutting?
Replace the blades when the 24 TPI teeth become dull or rounded, which shows as slower cutting in thin metal and increased vibration during use.
What is the first limit I will hit when using these blades continuously on aluminum or soft metals?
The 0.035 in blade thickness limits heat dissipation, so the blades will overheat and lose edge hardness before the teeth wear out during sustained cutting.
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