Martin 1816 Striking Wrench 2-3/4", 12-Point, Impact
- The Martin 1816 Striking Wrench is engineered for heavy-duty applications, featuring a 2-3/4" 12-point box end. Designed for use with a sledge or dead blow hammer, this wrench is ideal for loosening or tightening large fasteners in industrial settings.
- Features:
- Forged from high-quality alloy steel for enhanced strength and durability
- 12-point box end design allows for precise engagement with fasteners
- Industrial black finish provides corrosion resistance
- Standard, straight pattern suitable for various applications
- Designed for use with a sledge or dead blow hammer
- Specifications:
- Manufacturer: Martin
- Part Number: 1816
- Product Type: Striking Wrench
- Wrench Opening: 2-3/4" (69.85 mm)
- Overall Length: 13-1/16" (331.8 mm)
- Head Diameter: 4-11/64" (106.36 mm)
- Head Thickness: 1-17/32" (38.89 mm)
- Material: Forged alloy steel
- Finish: Industrial black
- The Martin 1816 Striking Wrench is also known as a heavy-duty box end wrench, 2-3/4" impact wrench, industrial striking wrench, Martin 12-point wrench, and sledge hammer wrench.
Martin is a renowned manufacturer of high-quality industrial tools, offering a wide range of products designed for durability and performance. With a commitment to excellence, Martin tools are trusted by professionals across various industries for their reliability and precision.
Q: What applications is the Martin 1816 Striking Wrench suitable for?
A: The 1816 is ideal for heavy-duty industrial applications requiring the loosening or tightening of large fasteners, especially in environments where pneumatic or electric tools are not feasible.
Q: Can this wrench be used with standard hammers?
A: The 1816 is designed for use with sledge or dead blow hammers to ensure effective force transmission and to minimize damage to the tool and fasteners.
Q: What is the benefit of the 12-point box end design?
A: The 12-point design allows for easier alignment with fasteners, providing a more precise and secure grip, which is especially beneficial in tight spaces.
