Progressive Reciprocating Saw Blade – Wood 200mm 6-10tpi – Pack of 5 – S2345X

The S2345X 200mm wood reciprocating saw blade is a High Carbon Steel blade with a progressive 6-10tpi tooth pattern, designed for fast cutting through timber, chipboard, plywood and MDF. If you’ve ever watched a straight-pitched blade bind and burn its way through a knotty section of timber, you’ll understand why the progressive tooth geometry here makes a real difference. The varying pitch keeps the cut moving and reduces snagging, which matters when you’re working through a stack of boards or cutting out a frame opening at pace.

Where the S2345X 200mm Reciprocating Saw Blade Gets Used

These blades are built for demolition work, first fix carpentry, and any task where you need to remove or cut material quickly. The 200mm length gives you enough reach for deeper cuts through structural timber, joists, or layered sheet materials without constantly repositioning. On renovation jobs especially, they’re the sort of blade you use without thinking twice — pull it out, slot it in, get on with it.

The universal fitting shank means these blades will seat correctly in the vast majority of reciprocating and sabre saw machines on the market. No fussing about with adapters or compatibility charts. Most machines take them straight from the pack.

Progressive Pitch and What It Means in Practice

The 6-10tpi progressive tooth pattern is the key feature of this blade. Lower tooth counts cut faster and more aggressively, higher counts leave a cleaner finish. A progressive blade splits the difference by varying the pitch along the blade length. In softwood framing it flies through. In denser materials like MDF or thick plywood, it holds its line without the blade flexing or wandering. For general site use, this is a sensible all-round choice.

At this price per blade, these are very much working consumables. You use them hard and replace them when they’re done. HCS blades are tougher than bi-metal in pure wood cutting situations, though if you’re hitting embedded fixings, you’ll want a bi-metal blade for that specific job.