Lames sécables Stanley FATMAX 18mm STHT8-11818

Stanley FATMAX 18mm CARBIDE Snap Off Blades (STHT8-11818) are professional-grade snap-off utility blades engineered for precision cutting and extended edge life. Each 18mm-wide blade features a carbide-enhanced cutting edge bonded to a flexible steel body, allowing repeated snap-off segments to expose a fresh, sharp edge while maintaining blade durability for demanding construction and installation tasks.

Advantages

The laser-deposited tungsten carbide edge is engineered to last up to ten times longer than conventional blades, while diamond-wheel grinding produces a precise, sharp cutting profile. The combination of a hardened carbide edge and a resilient steel body helps maintain first-cut sharpness, reduce blade snaps, and minimize the frequency of blade changes, saving time and cost on the jobsite. These characteristics make the blades suitable for cutting tougher materials where standard blades wear quickly.

Suitable for

• Roofing materials
• Drywall and gypsum board
• Ceramic and ceiling tiles
• General construction materials and insulation
• Utility and renovation tasks requiring repeatable sharp edges

Key specifications

• Brand: STANLEY FATMAX
• Model / MPN: STHT8-11818
• Blade type: 18mm snap-off blade
• Edge material: Tungsten carbide (laser-deposited)
• Construction: Carbide edge on flexible steel body, diamond-wheel ground
• EAN: 3253568118183

How to use

Install the 18mm snap-off blade into a compatible utility knife according to the knife manufacturer's instructions. Use the blade for controlled cutting motions appropriate to the material being worked on. When the cutting edge becomes dull or damaged, score and safely snap off the used segment along the designated break line to expose a new segment. Dispose of snapped segments in a suitable sharps container or follow local regulations for blade disposal.

Recommendations

For best results, use the Stanley FATMAX 18mm CARBIDE blades on materials that cause rapid wear to standard blades; maintain a steady cutting angle and replace segments before excessive chipping occurs to preserve edge life and user safety.