Mayhew 14117 36" Dominator Pro Curved Pry Bar, Red Handle
- This Mayhew 14117 Dominator Pro curved pry bar measures 36-inch overall length with a curved blade and durable red composite handle, engineered for high leverage prying and lifting in tight spaces.
- Features:
- Curved blade design offers enhanced leverage for prying oil pans, bearings, axles, and other components in confined areas
- Red two-composite patented handle cushions impact and reduces hand fatigue when struck, while protecting handle integrity
- Hardened and tempered alloy steel shaft extends through the handle for maximum force transmission and durability
- Black oxide finish resists corrosion and maintains tool strength in demanding environments
- Specifications:
- Manufacturer: Mayhew Tools
- Part Number: 14117
- Blade Style: Curved
- Overall Length: 36 inches
- Handle Material: Two-composite (ergonomic, shock-absorbing red handle)
- Shaft Material / Finish: Alloy steel with black oxide finish
- System Compatibility: Designed for general prying and lifting; suitable for automotive and industrial tasks, no vehicle-specific fitment required
- The Mayhew 14117 Dominator Pro Curved Pry Bar can also be referred to as Dominator Pro pry bar, curved pry bar 36-inch, red-handle pry bar, alloy steel curved bar, and high-leverage pry tool.
Mayhew produces professional-grade pry bars engineered in the USA, featuring shock-resistant composite handles and hardened alloy steel construction for reliable leverage and long service life.
Q: What is this pry bar best used for?
A: It excels at prying and lifting heavy components such as oil pans, bearings, or axles in tight or confined spaces, thanks to its curved blade and 36 inch length.
Q: What advantage does the composite handle offer?
A: The patented two-composite handle is shock-absorbing and reduces hand fatigue when struck, while protecting the handle from damage.
Q: How does the alloy steel shaft benefit performance?
A: The hardened and tempered alloy steel shaft runs continuously through the handle to provide maximum force and strength under load, ensuring longevity.
