GrovTec GTHM64 White Spacers - Bulk Pack 48 Count Hardware

The GrovTec GTHM64 Spacers provide precise spacing solutions for firearm mounting systems and tactical accessories. This bulk pack of 48 white spacers ensures consistent alignment and proper torque distribution across multiple installations.

What Makes This Different

Unlike generic hardware store spacers, these components are manufactured to firearms industry tolerances with consistent wall thickness and precise outer dimensions. The white color coding allows for easy identification during assembly and inventory management. Each spacer maintains dimensional stability under recoil stress and temperature variations that would cause standard plastic spacers to fail.

Key Features

• Bulk pack of 48 precision-manufactured white spacers
• Consistent wall thickness prevents uneven pressure distribution
• High-impact polymer construction resists cracking and deformation
• White color coding for easy identification and sorting
• Compatible with standard mounting hardware and rail systems
• Maintains dimensional stability under recoil forces
• Cost-effective bulk packaging for armorers and gunsmiths

These spacers perform reliably in demanding applications from competition rifle builds to duty weapon modifications. The consistent dimensions ensure repeatable zero retention when spacing optics mounts, while the durable polymer construction withstands repeated installation and removal cycles. Professional armorers rely on these spacers for maintaining proper standoff distances in rail-mounted accessories.

Technical Specs

• Quantity: 48 spacers per pack
• Color: White for easy identification
• Material: High-impact polymer construction
• Compatibility: Standard mounting hardware systems
• Manufacturer: GrovTec US Inc
• Model: GTHM64
• UPC: 895474001642

This bulk pack delivers the quantity needed for multiple projects while maintaining the precision required for professional installations. The white color coding streamlines inventory management and reduces assembly errors in high-volume applications.