POLIWELL 15-Inch Japanese Teeth Reciprocating Saw Blade – Wood Pruning, 6TPI, 3-Pack

Engineered for reliable pruning and wood cutting

Designed for tree trimming and wood pruning, the POLIWELL 15 inch Japanese Teeth Reciprocating Saw Blade combines length, precision, and durability to help you tackle branches of varied thickness with steady control. The advanced tooth geometry delivers sharpness you can feel as you guide the blade through hardwood and softwood alike, producing clean cuts and reducing the effort required during long sessions. Three blades are included, giving you ready-to-use options for different tasks without swapping blades mid-project. The blade's 15-inch overall length and 12.6-inch working length offer versatility for pruning limbs high in trees or working lower to the ground.

Key benefits you may notice

• Efficient & durable blade: long 15-inch blade with specially designed teeth for strong cutting power compared to standard pruning blades.
• Pruning-friendly surface: reduced friction helps achieve faster, cleaner cuts with less manual force and lower vibration for more control.
• Multi-ground sharp teeth: four angled cutting edges promote smooth cutting and effective chip evacuation, extending blade life beyond typical blades.
• Durable CRV chrome vanadium steel: higher hardness offers wear resistance and keeps vibration low while preserving cutting precision.
• Pruning capacity: total length 15 inches, working length 12.6 inches, suitable for a range of wood types and pruning tasks.

Real-world use cases

In the garden, you can approach overgrown hedges and stubborn branches with steady confidence, watching frayed fibers reveal a crisp, controlled cut. On fences and orchard rows, the blade glides through dry and green wood with a satisfying hum that signals consistent performance. For outdoor maintenance or job sites, a light, predictable vibration helps you stay precise and comfortable over long sessions.

What’s included

3 blades per pack, engineered to handle varied pruning tasks without compromising performance.