Max Metal Cutting Recip Blades

When bi-metal blades reach their limit, the Max Metal Carbide Tipped series takes over. Engineered for the most punishing metal-cutting applications, these blades are designed to outlast standard general-purpose blades by up to 50 times. Whether you are cutting through thick-wall cast iron pipe, high-strength stainless steel, or hardened alloys, the Max Metal blades provide a level of heat resistance and durability that standard blades simply cannot match.

• Carbide-Tipped Teeth: High-performance carbide tips are precision-welded to the blade body, allowing for efficient cutting in materials that would instantly dull or "strip" a standard bi-metal blade.
• Heavy-Duty Rigid Body: With a thickness of .050" and a height of 1", these blades are significantly wider and thicker than standard reciprocating blades. This extra mass reduces vibration and prevents "blade whip," ensuring perfectly straight cuts in dense materials.
• 8 TPI Optimized Geometry: The 8 Teeth Per Inch configuration is the "sweet spot" for thick metal cutting - aggressive enough to remove material quickly but dense enough to handle high-torque resistance without tooth breakage.
• Extreme Heat Resistance: Carbide stays hard at temperatures that melt standard high-speed steel, making these ideal for continuous, high-speed production cutting.
• Primary Application: Cast Iron, Stainless Steel, Thick Metal, Large Diameter Pipe, Structural Steel

The ITM Max Metal series is designed to Cut Faster and Cut Longer. While the upfront cost is higher than bi-metal, the cost-per-cut is drastically lower because a single Max Metal blade can often finish a job that would consume an entire pack of standard blades. They are made in the USA and proudly manufactured to industrial standards for the professional trades. The 1/2" universal shank fits all major reciprocating saws, and these are the go-to blades for plumbing demolition (cast iron stacks) and heavy mechanical work.