What does the 'CH' stand for in Morse M-Factor CH bandsaw blades?

'CH' stands for Case Hardened. This blade line is custom-formulated specifically to target materials with a highly hardened outer skin—such as induction-hardened cylinders, chrome-plated hydraulic shafts, and heavy-duty bearings—which would quickly destroy standard general-purpose blades.

Why are M-Factor CH blades resistant to tooth chipping on hard shafts?

Slicing into a case-hardened layer can cause standard carbide teeth to fracture from shock. The M-Factor CH uses a proprietary submicron grade of carbide formed into a highly impact-resistant triple-chip tooth profile. This geometric configuration absorbs initial entry shocks and prevents microscopic chipping along the cutting edge.

Do Morse M-Factor CH carbide blades require a break-in period?

No. M.K. Morse pre-conditions and factory-hones the teeth on their premium M-Factor carbide series. Because they are ready for maximum feed pressures immediately out of the box, running a slow, traditional break-in sequence is unnecessary and can actually shorten total tool life.

What is the maximum material size recommended for the M-Factor CH series?

The M-Factor CH line is highly engineered and optimized for cutting case-hardened small billets, cylinders, and chrome shafts measuring under 12 inches (30.5 cm) in total diameter.

M.K. Morse M-Factor CH Carbide-Tipped Bandsaw Blades

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M-FACTOR (CH) CARBIDE TIPPED

Master the most challenging induction-hardened components with custom-welded M.K. Morse M-Factor CH (Case Hardened) carbide-tipped bandsaw blades. Designed exclusively for steel service centers and niche automotive manufacturers, these premium loops feature an impact-resistant triple-chip tooth design utilizing a specialized submicron grade of carbide. This structural composition allows the blade to pierce the incredibly hard, friction-inducing outer shell of chrome-plated shafts, bearings, metal cylinders, and thick-wall heat-treated tubing without chipping teeth. Custom-cut to your exact machine specifications, Morse M-Factor CH bands maintain high beam strength and tracking alignment to deliver ultra-smooth surface finishes and maximum tool life.

Blade Features:

Designed for steel service centers and niche manufacturing applications such as automotive parts, cylinder and bearing manufacturers
Excellent in case hardened shafts and shapes, heat treated thick wall tubing
Carbide tipped blades are designed to be extremely wear resistant
Specially formulated submicron grade of carbide and triple tooth geometry
Smooth finish for less secondary work.
Exceptionally long life, fast cutting

Applications:

Case hardened steels

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1" .035 M-FACTOR CH 3/4 TPI

MSRP:

Now: $328.77

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1" .035 M-FACTOR CH 3 TPI

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Now: $253.70

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1 1/4" .042 M-FACTOR CH 3/4 TPI

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Now: $333.14

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1 1/4" .042 M-FACTOR CH 3 TPI

MSRP:

Now: $264.00

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1 1/2" .050 M-FACTOR CH 3/4 TPI

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Now: $352.57

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1 1/2" .050 M-FACTOR CH 2/3 TPI

MSRP:

Now: $303.86

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1 1/2" .050 M-FACTOR CH 1.5/2.0 TPI

MSRP:

Now: $298.21

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2" .063 M-FACTOR CH 2/3 TPI

MSRP:

Now: $433.65

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2" .063 M-FACTOR CH 1.5/2.0 TPI

MSRP:

Now: $393.57

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Frequently Asked Questions

Q: What does the 'CH' stand for in Morse M-Factor CH bandsaw blades?

A: 'CH' stands for Case Hardened. This blade line is custom-formulated specifically to target materials with a highly hardened outer skin—such as induction-hardened cylinders, chrome-plated hydraulic shafts, and heavy-duty bearings—which would quickly destroy standard general-purpose blades.
Q: Why are M-Factor CH blades resistant to tooth chipping on hard shafts?

A: Slicing into a case-hardened layer can cause standard carbide teeth to fracture from shock. The M-Factor CH uses a proprietary submicron grade of carbide formed into a highly impact-resistant triple-chip tooth profile. This geometric configuration absorbs initial entry shocks and prevents microscopic chipping along the cutting edge.
Q: Do Morse M-Factor CH carbide blades require a break-in period?

A: No. M.K. Morse pre-conditions and factory-hones the teeth on their premium M-Factor carbide series. Because they are ready for maximum feed pressures immediately out of the box, running a slow, traditional break-in sequence is unnecessary and can actually shorten total tool life.
Q: What is the maximum material size recommended for the M-Factor CH series?

A: The M-Factor CH line is highly engineered and optimized for cutting case-hardened small billets, cylinders, and chrome shafts measuring under 12 inches (30.5 cm) in total diameter.

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1" .035 M-FACTOR CH 3/4 TPI

1" .035 M-FACTOR CH 3 TPI

1 1/4" .042 M-FACTOR CH 3/4 TPI

1 1/4" .042 M-FACTOR CH 3 TPI

1 1/2" .050 M-FACTOR CH 3/4 TPI

1 1/2" .050 M-FACTOR CH 2/3 TPI

1 1/2" .050 M-FACTOR CH 1.5/2.0 TPI

2" .063 M-FACTOR CH 2/3 TPI

2" .063 M-FACTOR CH 1.5/2.0 TPI