Hawk HWKPBSAW 11" Pruning Saw - High Carbon Steel Blade

The Hawk HWKPBSAW delivers professional-grade cutting performance with its 11-inch high carbon steel blade and titanium nitride coating. This fixed-blade pruning saw handles branches up to 6 inches in diameter with aggressive tooth geometry that cuts on both push and pull strokes.

What Makes This Different

The titanium nitride finish provides superior corrosion resistance and reduces friction by 40% compared to standard steel blades. The high carbon steel construction maintains a sharp edge 3x longer than traditional pruning saws. The aluminum handle construction keeps overall weight to just 12 ounces while providing the strength needed for heavy-duty cutting tasks.

Key Features

• 11-inch high carbon steel blade with aggressive 7 TPI tooth pattern
• Black titanium nitride coating for corrosion resistance and reduced friction
• Lightweight aluminum handle with ergonomic TPR grip overlay
• Fixed blade design eliminates folding mechanism failure points
• Cuts branches up to 6 inches in diameter efficiently
• Dual-direction cutting teeth work on push and pull strokes
• Integrated lanyard hole for secure attachment

Field performance testing shows clean cuts through green and seasoned wood without binding or blade deflection. The TPR grip maintains secure handling in wet conditions and reduces hand fatigue during extended use. Arborists and landscaping professionals report consistent performance across hardwoods including oak, maple, and hickory.

Technical Specs

• Overall Length: 16.5 inches
• Blade Length: 11 inches
• Blade Material: High carbon steel with titanium nitride coating
• Handle Material: Aluminum with TPR grip overlay
• Weight: 12 ounces
• Tooth Pattern: 7 TPI aggressive cutting geometry
• Maximum Branch Diameter: 6 inches
• Finish: Black titanium nitride

The HWKPBSAW combines proven metallurgy with practical design elements that matter in demanding cutting applications. Professional landscapers choose this saw for its consistent performance and reduced maintenance requirements compared to folding alternatives.