Contour Hole 5", 5/8 Hook & Loop Pad - Porter-Cable

Specifications

• Manufacturer: Porter-Cable
• Model Number: 13909
• Pad Diameter: 5 inches
• Mounting Thread: 5/8 inch arbor
• Attachment Method: Hook & Loop (Velcro-style)
• Dust Extraction Feature: Contour Hole pattern

Key Features

• 5-Inch Diameter: Standard size compatible with a wide range of abrasive discs.
• Hook & Loop Fastening System: Enables quick, secure, and tool-free changes of sanding discs.
• 5/8 Inch Arbor: Designed for precise and stable attachment to compatible power tools.
• Contour Hole Pattern: Engineered for efficient dust extraction, promoting a cleaner workspace.
• Durable Construction: Built to withstand the demands of various sanding applications.

Applications

• General Sanding Tasks: Ideal for preparing surfaces, removing material, and achieving smooth finishes.
• Woodworking: Suitable for sanding wood, plywood, and composite materials.
• Metal Finishing: Can be used for light grinding, deburring, and surface conditioning on metals.
• Automotive Detailing: Effective for paint preparation and bodywork sanding.
• Dust-Sensitive Environments: The integrated Contour Hole pattern helps manage dust during operation.

Benefits

• Enhanced Dust Control: The specialized Contour Hole design actively channels dust away from the work surface, leading to improved visibility, cleaner results, and a healthier workspace.
• Rapid Disc Changes: The Hook & Loop system allows for swift and effortless swapping of sanding discs, minimizing downtime and increasing productivity during projects.
• Secure Abrasive Attachment: Ensures that sanding discs remain firmly fixed during use, preventing slippage and contributing to consistent, high-quality finishes.
• Versatile Tool Compatibility: The 5/8 inch arbor and 5-inch diameter make this pad a versatile replacement or upgrade for random orbital sanders requiring these specifications, including Porter-Cable models.
• Optimized Sanding Performance: Provides a stable and effective platform for abrasive discs, contributing to more efficient material removal and superior surface preparation.