Bsc Preferred VEL105 Hook and Loop Fastener Dots 200/CS

Product Description

The BSC PREFERRED VEL105 is a self-adhesive hook and loop fastener dot system sold in cases of 200. Each case includes both hook and loop components, providing a complete fastening solution without the need for additional hardware. The dots feature a waterproof construction, making them suitable for both indoor and outdoor applications. The pressure-sensitive adhesive backing allows for fast attachment to most clean, dry surfaces. This product is commonly specified by facilities maintenance technicians, electricians, and general contractors for light-duty securing and organizational tasks across a range of trade and commercial environments.

The VEL105 fastener dots are well suited for residential and commercial applications where temporary or semi-permanent fastening is needed. Typical uses include securing cable runs, mounting lightweight panels or covers, organizing equipment, and attaching labels or signage in areas exposed to moisture. The waterproof rating extends the usable range to outdoor enclosures, mechanical rooms, and wet-service locations.

Key Features

• Includes both hook and loop components in every case
• Self-adhesive backing for tool-free installation on clean, dry surfaces
• Waterproof construction rated for indoor and outdoor use
• 200 dots per case for high-volume fastening tasks
• Reattachable design allows repeated use without permanent bonding

Compatibility

Designed as a general-purpose self-adhesive hook and loop fastener dot for a wide range of light-duty fastening applications in trade and facilities maintenance settings. This product is equivalent to part number S-6098.

Installation Notes

Surface preparation is critical for reliable adhesion - clean and dry the mounting surface before applying dots. Press firmly for several seconds to activate the adhesive bond. For outdoor or high-moisture environments, allow full cure time before loading the fastener. No tools or special equipment are required for installation.