How to Choose the Right Slitter Blade Material for Your Application
D2, SKD11, M2 or carbide? The wrong steel costs you run time. A practical guide to matching blade material to what you actually cut.
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Blade Engineering & Application Guides
Practical knowledge from our factory floor: material selection, coating choices, regrinding economics and application guides.
D2 vs SKD11 Steel for Industrial Blades: What Actually Differs
They look identical on a spec sheet. In production, the difference shows up in edge stability and batch consistency. Here is what 15 years of grinding both taught us.
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Regrind or Replace? A Cost Model for Blade Maintenance
Regrinding costs 20–30% of a new blade, but not every blade should be reground. Three numbers decide: diameter loss, edge geometry and your downtime cost.
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Circular vs Straight Blades: Choosing the Right Cutting Format
Continuous rotary cutting or reciprocating shear cutting? The answer follows your line speed, material and cut pattern — not habit.
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Blade Coatings Explained: TiN, TiCN, TiAlN and DLC
A 2–4 micron coating can double blade life — or cause edge chipping if chosen wrong. What each coating does, and when it pays back.
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Tire Recycling Blades: A Selection Guide for Shredders and Granulators
Tires are the toughest consumer material to cut. Blade selection, steel wire management and regrind cadence decide whether your plant profits.
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