NON VACUUM DYNA LINE DISC

Specifications

• Manufacturer: Dynabrade Dynabrade
• Model Number: 57471
• Product Type: Non-Vacuum Hook Face Disc Pad
• Dimensions: 8 inches (length) x 2.75 inches (width) x 0.5 inches (thickness)
• Weight: 0.2 lbs
• Compatibility: Designed specifically for use with DynaLine products.

Key Features

• Hook Face Design: Ensures secure attachment of abrasive discs, minimizing slippage during operation.
• Durable Material: Built to withstand challenging applications, providing a long service life.
• Compact and Lightweight: Weighing only 0.2 lbs, it allows for maximum operator control and ease of use.
• Optimized Dimensions: The 2-3/4" x 8" size is ideal for precision work on a variety of surfaces.
• Non-Vacuum Configuration: Maintains focus on direct surface contact without suction holes, making it suitable for specific abrasive tasks requiring consistency.

Applications

• Surface Preparation: Ideal for smoothing, blending, and refining surfaces in automotive, metalworking, and woodworking projects.
• Abrasive Operations: Works seamlessly with abrasive discs for sanding, finishing, and polishing tasks.
• Industrial Use: Commonly employed in factories, repair shops, and manufacturing environments due to its precise performance and compatibility with DynaLine tools.
• Custom Projects: Great for users working on specialized tasks needing a reliable and efficient pad.

Benefits

• Enhanced Efficiency: The secure attachment system reduces downtime by ensuring quick disc replacements, leading to improved productivity.
• Reliable Performance: Durable materials and smart design ensure consistent results, even in rugged applications.
• Improved Control: The lightweight and compact design minimize fatigue, enabling users to work comfortably for extended periods.
• Versatility: Compatible with a wide range of abrasive applications, making it a flexible choice for professionals and DIY enthusiasts alike.
• Precision Work: The non-vacuum setup offers uniform results by maintaining consistent contact with the working surface.