Non-Vacuum Disc Pad Hook-Face Short Nap 6" (152 mm) Dia - Dynabrade

Specifications

• Manufacturer: Dynabrade Inc.
• Model Number: 56197
• Product Name: Non-Vacuum Disc Pad Hook-Face Short Nap
• Diameter: 6 inches (152 mm)
• Pad Type: Non-Vacuum, Hook-Face, Short Nap
• Weight: 1 lbs
• Dimensions: 6.1 x 6.1 x 0.7 inches

Key Features

• Hook-Face Design: Provides secure and quick attachment for hook-and-loop abrasive discs.
• Short Nap Surface: Offers a firm and stable backing for consistent material removal during sanding and finishing.
• Non-Vacuum Configuration: Designed for applications where dust extraction is managed externally or not required.
• Durable Construction: Engineered by Dynabrade to withstand rigorous use in professional and industrial settings.
• Standard 6" Diameter: Ensures broad compatibility with a variety of orbital and rotary sanders.

Applications

• General sanding, grinding, and finishing operations.
• Surface preparation in automotive, woodworking, composite, and metalworking industries.
• Use with hook-and-loop abrasive discs for quick changes and secure adhesion.
• Suitable for environments without integrated dust extraction systems on the tool.
• Ideal for professional workshops, fabrication shops, and demanding DIY projects requiring a stable sanding platform.

Benefits

• Secure Abrasive Retention: The hook-face ensures abrasive discs remain firmly attached, preventing slippage and improving operational safety.
• Consistent Finish Quality: The short nap backing provides uniform support, leading to smoother and more consistent sanding results across various surfaces.
• Operational Flexibility: Designed for non-vacuum applications, offering versatility in work settings where integrated dust collection is not feasible or desired.
• Extended Tool Life: Built with Dynabrade's renowned durability, this pad resists wear and tear, reducing replacement frequency and maintenance costs.
• Enhanced Sanding Efficiency: Delivers stable support to the abrasive, optimizing cutting action and improving overall productivity during surface preparation.