HACKSAW BLADES, 024HE, 10" X 24 TPI, BI-METAL, T2 - Irwin

Specifications

• Manufacturer: Irwin
• Model Number: 20141
• Product Series/Identifier: 024HE
• Blade Length: 10 inches (250mm)
• Teeth Per Inch (TPI): 24
• Blade Material: Bi-Metal
• Tooth Technology: T2
• Weight: 0.38 lbs (0.17 kg)

Key Features

• Bi-Metal Construction: Combines a high-speed steel cutting edge with a flexible alloy back, enhancing both cutting performance and resistance to shattering.
• T2 Tooth Geometry: Features an advanced tooth design that optimizes chip removal and reduces tooth stripping for faster, more efficient cuts across various materials.
• 24 TPI (Teeth Per Inch): Delivers a finer cut, suitable for diverse metal thicknesses, ensuring smooth operation and precise material removal.
• 10-Inch Blade Length: Provides standard compatibility with most hacksaw frames, offering versatility for various cutting tasks.

Applications

• Metal Cutting: Ideal for severing a range of metals, including steel, aluminum, copper, brass, and various alloys.
• Piping and Conduit: Effectively cuts through PVC, copper pipes, and electrical conduit in plumbing and electrical installations.
• General Fabrication: Suitable for use in workshops and construction environments for accurate material shaping and sizing.
• DIY Projects: Supports home improvement tasks requiring precise metal cutting.

Benefits

• Extended Blade Life: The bi-metal construction and T2 technology contribute to significantly longer blade life compared to traditional carbon steel blades, reducing replacement frequency.
• Enhanced Safety: The flexible alloy back minimizes the risk of blade shattering under operational stress, improving user safety.
• Efficient Cutting: T2 tooth geometry enables quicker material removal and smoother cuts, leading to increased productivity.
• Versatile Performance: The 24 TPI and durable bi-metal design offer consistent, reliable cutting across diverse metal types and thicknesses.
• Reduced User Fatigue: Efficient cutting and robust durability reduce user effort, making demanding cutting tasks less strenuous.