M.k. Morse 102742 Wet Dry Cut Saw Blade 9 in 56T

Product Description

The M.K. MORSE 102742 is a 9-inch carbide-tipped circular saw blade engineered for cutting stainless steel in both wet and dry applications. It features 56 solid carbide teeth arranged in a Modified Triple Chip Grind (MTCG) pattern, which reduces heat buildup and edge chipping on hard ferrous alloys. The blade runs at a maximum of 3,200 RPM and has a kerf width of 0.071 inches and a blade thickness of 0.063 inches. A 1-inch round arbor hole provides a secure, centered fit on compatible saw spindles. Licensed metalworking fabricators and industrial maintenance technicians are the primary installers of this blade.

This blade is suited for ferrous metal cutting operations involving stainless steel pipe, sheet stock, structural sections, and tubing in both shop and field environments. The MTCG tooth geometry alternates between flat and chamfered cutting edges, making it effective on hard, work-hardening alloys where standard ATB blades lose efficiency quickly. It is appropriate for stationary cold saws and portable circular saws rated for metal cutting when spindle speed and arbor dimensions match.

Key Features

• 56 solid carbide teeth in a Modified Triple Chip Grind configuration for clean cuts on stainless steel
• 9-inch blade diameter with a 1-inch round arbor hole
• 0.071-inch kerf width and 0.063-inch blade body thickness for reduced material loss
• Maximum rated speed of 3,200 RPM
• Rated for both wet and dry cutting conditions
• Replaces SKU 44615201

Compatibility

Designed as an OEM-style replacement for metal-cutting circular saw setups requiring a 9-inch blade with a 1-inch round arbor. Replaces SKU 44615201.

Installation Notes

Blade installation should be performed by a qualified metalworking technician or machinist. Disconnect and lock out all power to the saw before mounting or removing any blade. Verify that the saw spindle speed does not exceed the 3,200 RPM rating of this blade before use. Confirm arbor diameter and blade diameter compatibility with the host machine before installation.