Straight Flute ST-4 Screw Extractor 5/16" TR-98 Carded - Hanson

Specifications

• Manufacturer: Hanson Hanson IRWIN HANSON IRWIN INDUSTRIAL TOOL
• Model Number: 53604
• Product Type: Screw Extractor
• Flute Type: Straight Flute
• Size: 5/16 inches
• Weight: 0.119 lbs
• Dimensions: 6.5 x 2 x 0.1 inches

Key Features

• Straight Flute Design: Engineered to provide a secure, non-tapered grip on broken fasteners, minimizing expansion and preventing further damage to the workpiece.
• Durable Construction: Built by Irwin Hanson, ensuring reliability and longevity in demanding industrial and professional environments.
• Precise 5/16" Size: Specifically designed for extracting 5/16-inch fasteners, offering a specialized tool for accurate and effective removal.
• TR-98 Standard: Meets TR-98 specifications, indicating adherence to industry standards for performance and quality in screw extraction tools.

Applications

• Damaged Fastener Removal: Effectively extracts broken screws, bolts, and studs from various materials, including metal, wood, and plastic.
• Maintenance and Repair: Essential tool for automotive, machinery, plumbing, and general workshop applications where stripped or snapped fasteners are common.
• Industrial Settings: Ideal for use in manufacturing, construction, and heavy equipment repair for efficient problem-solving.
• Restoration Projects: Facilitates the removal of rusted or seized fasteners without damaging surrounding components.

Benefits

• Efficient Problem Solving: Quickly removes broken and damaged fasteners, saving significant time and effort compared to drilling or other destructive methods.
• Prevents Further Damage: The straight flute design ensures a firm grip without expanding the fastener, protecting the integrity of threaded holes and surrounding materials.
• Increased Productivity: Enables technicians and DIY enthusiasts to swiftly resolve fastener issues, reducing downtime and enhancing workflow efficiency.
• Reliable Performance: Provides a dependable solution for challenging extraction tasks, reducing frustration and the need for costly rework.