Utility Blades Stanley FATMAX CARBIDE 19mm Width 0.6mm Thickness

Stanley FATMAX CARBIDE Utility Blades are engineered for precision cutting in professional and DIY tasks. Each blade has a 19 mm cutting edge and 0.6 mm thickness, offering a balance of rigidity and sharpness. The carbide edge increases wear resistance, maintaining cutting performance over extended use. Blades are supplied in a blister pack for compact, visible storage and safe handling.

Advantages

Carbide-tipped cutting edge delivers longer life compared with standard steel blades while preserving a sharp profile for accurate cuts. The 0.6 mm thickness provides stability during heavy-duty slicing without excessive flex. At 19 mm width the blades fit many universal knives and offer a wide cutting surface suitable for straight and controlled cuts. Blister packaging keeps spare blades organized and reduces the risk of accidental contact.

Suitable for

• Cutting drywall, cardboard and insulation materials
• Scoring and trimming flooring materials such as vinyl and laminate
• Precision trimming of carpets and textiles
• General-purpose cutting where durability and a long-lasting edge are required

Key specifications

• Cutting width: 19 mm
• Blade thickness: 0.6 mm
• Edge material: carbide-tipped
• Compatibility: universal utility knives that accept 19 mm blades
• Packaging: blister pack for storage and safety

How to use

Insert the blade into a compatible 19 mm utility knife following the knife manufacturer’s blade-change procedure. Ensure the blade is securely locked before cutting. Use controlled, even pressure and multiple shallow passes for accurate results on hard materials. Replace the blade when cutting performance decreases or when the edge shows visible wear. Dispose of used blades in a suitable sharps container or according to local regulations.

Usage recommendations

Wear cut-resistant gloves and eye protection when changing blades and during cutting tasks. For best results on thick or abrasive materials, use short controlled strokes and allow the carbide edge to do the cutting rather than applying excessive force.