Reciprocating Saw Blades – Metal Cutting – Bi-Metal – S1122EF
SKU: S922EF-A3014-150-1
Categories: Bi-Metal Reciprocating Saw Blades - Metal & Wood, Metal Cutting - Bi-Metal Reciprocating Saw Blades, Power Tool Blades, Reciprocating Sabre Saw Blades
Tags: hsc, hss, nails, wood
£9.42£11.30 EX VATINC VAT
S1122EF bi-metal reciprocating saw blades for cutting sheet metal. HCS body with HSS cutting edge for strength, flexibility and extended blade life. Milled and wavy set teeth produce a fine, straight cut. Sold in packs of 5.
The S1122EF bi-metal reciprocating saw blade is built specifically for cutting sheet metals, and it does the job without fuss. At 225mm long, the blade uses a high carbon steel body bonded with a high speed steel cutting edge — two materials chosen for a reason. The HCS body flexes rather than snaps, which matters when you’re cutting at awkward angles or working fast. The HSS teeth hold their edge at both low and high temperatures, so you’re not burning through blades every hour.
Bi-metal construction is the standard choice for metal cutting on site because it genuinely outlasts single-material blades. The teeth resist the heat generated during cutting, and the body absorbs the vibration and lateral stress that would shatter a more rigid blade. Extended service life translates directly into fewer blade changes and a lower cost per cut, which adds up on any job involving a lot of metalwork.
Where the S1122EF Bi-Metal Blade Earns Its Keep
The milled and wavy set (MWS) tooth pattern is what makes this blade worth talking about. Wavy set teeth distribute the cutting load across multiple teeth at once, which reduces snagging and produces a cleaner, straighter cut than a standard set. On thin sheet metal in particular, this keeps the blade tracking true rather than wandering or chattering across the surface.
Blade Geometry and What It Means in Practice
MWS teeth are designed for thin-walled materials — sheet steel, light gauge metal sections, metal cladding. The fine tooth pitch means more teeth are in contact with the material at any point, which reduces the tendency to grab or tear. It won’t win prizes for raw speed through thick bar stock, but for clean, controlled cuts in sheet metal it’s a solid choice.
Packed in fives, these blades fit any reciprocating saw using the standard universal shank, so there’s no compatibility headache. Keep a box on the van and you’re covered for most metal cutting work that comes your way.
Pro Tip: When cutting thin sheet metal with a reciprocating saw, slow the stroke speed down and let the teeth do the work rather than forcing the blade through — it keeps the cut straight and extends blade life considerably.
These blades are at home wherever sheet metal needs cutting on site or in a workshop. Typical jobs include cutting metal cladding, steel sheet, light gauge sections, metal conduit, and general fabrication work where a clean cut matters. Plumbers, electricians, roofers, and general builders all reach for bi-metal blades when metalwork comes up on the job. They also handle stripping out old metalwork during demolition and refurbishment, where you want a blade that can take a bit of punishment without giving up immediately.
Best For
- Sheet metal cutting
- Light gauge steel sections
- Metal cladding
- Metal conduit
- General fabrication and fit-out
- Demolition and strip-out metalwork
Compatible With
- All reciprocating saws with universal shank fitting
- Standard sabre saw chucks
- Corded and cordless reciprocating saws
Key Specifications
- Length: 225mm
- Blade type: Bi-metal (HCS body, HSS teeth)
- Tooth pattern: Milled and wavy set (MWS)
- Shatter resistant construction
- Extended service life
- Pack of 5 blades
Not suitable for: Not the right choice for cutting thick bar stock or structural steel sections where a coarser, heavy-duty blade would be more appropriate. Not intended for cutting wood or wood-based materials.
Fit the blade into the reciprocating saw chuck with the tool unpowered and confirm it's locked securely before starting. For sheet metal, use a lower stroke speed setting if your saw has variable speed control — this keeps the cut cleaner and reduces heat build-up at the teeth. Let the blade do the cutting rather than applying heavy forward pressure, which causes the blade to flex and the cut to wander.
Support the workpiece wherever possible to reduce vibration and prevent the sheet from flexing during the cut. Keep the saw shoe pressed firmly against the material surface for stability. Replace the blade when cutting becomes noticeably slower or the cut quality deteriorates rather than pushing a worn blade further.
- Ensure the reciprocating saw is unpowered and the battery removed or power disconnected before fitting the blade
- Insert the S1122EF blade into the chuck with the teeth facing the correct cutting direction for your saw model
- Lock the blade securely and give it a firm tug to confirm it is seated properly
- Clamp or support the sheet metal workpiece to minimise vibration and movement during cutting
- Set variable speed to a moderate stroke rate for sheet metal — avoid maximum speed on thin material
- Begin the cut with light forward pressure, keeping the saw shoe flat against the workpiece surface
- Allow the blade to track at its own pace rather than forcing it through the material
- Inspect the blade periodically and replace when cut quality or speed noticeably drops
Will the S1122EF blade fit my reciprocating saw?
Yes, provided your saw uses the standard universal shank fitting, which covers the vast majority of reciprocating saws from all major manufacturers. If you are unsure, check your saw's manual for shank compatibility before ordering.
Why choose a bi-metal blade over a standard high carbon steel blade for sheet metal?
Bi-metal blades combine a flexible HCS body with HSS teeth, so the cutting edge holds up to heat and wear far longer than a plain HCS blade would. For metal cutting in particular, where friction generates significant heat, bi-metal construction gives you noticeably more cuts per blade and a more consistent finish throughout the blade's life.
The S1122EF blade is manufactured using a bi-metal process that electron-beam welds a high speed steel strip to a high carbon steel backing. This creates a blade body that resists fatigue and flexing while the HSS teeth maintain hardness at elevated cutting temperatures. The milled and wavy set tooth geometry distributes cutting forces across multiple teeth simultaneously, reducing stress concentration and producing a finer, more controlled cut in thin-walled metal materials.
| Model | S1122EF |
|---|---|
| Blade Length | 225mm |
| Construction | Bi-metal (HCS body, HSS cutting edge) |
| Tooth Pattern | Milled and wavy set (MWS) |
| Application | Sheet metal cutting |
| Shank Type | Universal |
| Pack Quantity | 5 blades |
| Box Quantity | 5 |
|---|---|
| Size | 225mm |
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