Jimmy Bar - 24 In

Specifications

• Material: Forged from chrome alloy steel for exceptional strength and durability.
• Length: Measures 24 inches, providing optimal leverage for various tasks.
• Diameter: Features a 3/4-inch diameter, balancing strength and maneuverability.
• Weight: Weighs 2 lbs, 10 oz for a robust yet manageable tool.
• Design: Dual-ended construction with a flattened end for prying and a tapered end for precision work.
• Treatment: Heat-treated to resist bending and breaking, extending the tool’s lifespan.

Key Features

• Heavy-Duty Construction: Designed to endure heavy use without bending or breaking, ensuring reliability.
• Optimal Leverage: The 24-inch length reduces effort and enhances efficiency during demanding tasks.
• Dual-Ended Design: Includes a flattened prying end and a tapered insertion point for versatility.
• Balanced Design: The 3/4-inch diameter provides a perfect blend of durability and ease of handling.
• Long-Lasting Durability: Heat-treated chrome alloy steel construction ensures extended tool life and resistance to wear over time.

Applications

• Automotive Repair: Ideal for prying open panels, removing trim, and aligning body parts with ease.
• Mechanical Work: Assists in assembling or disassembling machinery and making precise adjustments to components.
• Construction and Demolition: Suitable for prying, leveraging materials, and light demolition activities.
• General Maintenance: Effective for household or workshop tasks, such as aligning or adjusting various items.

Benefits

• Increased Efficiency: The 24-inch length and durable build allow users to complete tasks faster and with less effort.
• Versatile Use: A multipurpose tool that accommodates needs across automotive, mechanical, construction, and maintenance industries.
• Enhanced Precision: Flattened and tapered ends make it possible to tackle both delicate adjustments and heavy-duty prying.
• Cost-Effective Solution: Built for long-lasting performance, providing excellent value over time.
• Reduced Downtime: Superior resistance to bending and breaking ensures dependable performance and minimizes interruptions.