3" Strip-Brite Twist Lock Pads - Shark

Specifications

• Manufacturer: Shark Industries Ltd.
• Model Number: 16207
• Product Name: 3" Strip-Brite Twist Lock Pads
• Diameter: 3 inches
• Attachment Type: Twist Lock
• Weight: 1 lbs
• Product Dimensions: 6 x 5 x 2 inches

Key Features

• Non-Woven Abrasive Material: Utilizes an open-web, non-loading construction for effective cleaning, stripping, and surface conditioning.
• Twist Lock Attachment System: Enables quick and secure disc changes, reducing downtime and enhancing workflow efficiency.
• 3-Inch Diameter: Provides precision and maneuverability, making it suitable for intricate work and accessing confined areas.
• Consistent Finish: Engineered to deliver uniform material removal and a repeatable finish across various surfaces.

Applications

• Surface Preparation: Ideal for removing paint, rust, gaskets, sealants, and old coatings from metal, wood, and other materials.
• Cleaning & Deburring: Effectively cleans welds, removes scale, and performs light deburring tasks on various workpieces.
• Blending & Finishing: Used for blending grind marks, refining surfaces, and achieving a desired finish prior to painting or coating.
• Versatile Use: Suitable for automotive repair, fabrication, general industrial maintenance, and household projects requiring surface conditioning.

Benefits

• Increased Productivity: The rapid twist lock mechanism allows for fast disc replacements, minimizing interruptions and speeding up project completion.
• Enhanced Surface Quality: Delivers a smooth and uniform surface, optimizing preparation for subsequent processes like painting or polishing.
• Reduced Material Damage: The non-loading, open-web design helps prevent gouging and heat buildup, preserving the integrity of the base material.
• Improved Efficiency: Aggressive yet controlled abrasive action quickly tackles stubborn contaminants without excessive wear on the disc.
• Ease of Use: Lightweight and compact design contributes to comfortable handling and precise control, especially in tight spaces.