14 lb, 36" Bash Sledge Hammer (30 HRC Steel)

Specifications

• Model Number: {manufacturers_part_number}
• Manufacturer: Wilton Corporation
• Head Weight: 14 lbs
• Overall Length: 36 inches
• Head Material: 30 HRC Steel
• Overall Dimensions: 36.4 x 8 x 3 inches
• Overall Product Weight: 21 lbs

Key Features

• Robust 14 lb Head: This heavy-duty sledge hammer head delivers powerful, concentrated impact for effective demolition and heavy striking tasks.
• Durable 30 HRC Steel: The head is constructed from heat-treated steel, offering superior hardness and wear resistance to withstand demanding applications.
• Extended 36-inch Handle: The long handle provides significant leverage and reach, increasing striking force while maintaining a safer distance from the impact zone.
• Bash Design: Engineered to endure extreme force and repeated impacts, this design ensures tool longevity and reliability in tough conditions.

Applications

• Demolition Projects: Effectively breaks concrete, masonry, brick walls, and other structural elements.
• Heavy Construction: Ideal for driving stakes, breaking rock, dislodging stubborn materials, and heavy-duty ground work on job sites.
• Industrial Maintenance: Addresses various heavy-duty striking requirements in workshops, factories, and industrial environments.
• Landscaping and Excavation: Useful for breaking up compacted soil, large roots, or clearing dense obstacles.

Benefits

• Enhanced Efficiency: The substantial 14 lb head minimizes the number of strikes needed, speeding up demolition and breaking tasks.
• Superior Durability: The 30 HRC steel head resists chipping and deformation, significantly extending the tool's lifespan even with rigorous, continuous use.
• Increased Safety: The long 36-inch handle allows users to strike materials from a safer distance, reducing exposure to debris and potential recoil.
• Reliable Performance: Engineered by Wilton, this bash sledge hammer offers consistent, high-performance impact, proving dependable for the toughest jobs.
• Optimized Power Transfer: The design facilitates efficient force transmission, ensuring each swing delivers maximum impact to the target material.