Bsc Preferred G10091 Identification Tags 500 Per Case

Product Description

The BSC PREFERRED G10091 is a blank identification tag designed for marking, addressing, or tracking items that cannot accept a printed label or adhesive sticker. Each tag includes a 3/16-inch reinforced, tear-resistant eyelet that allows attachment with string or wire. These tags are sold in cases of 500 units, making them practical for facility maintenance operations, warehouses, job sites, and supply rooms where high-volume tagging is routine. Tradespeople and facility managers reach for these when equipment, pipes, valves, or components need a durable, reusable identification method without damaging the surface of the item.

These identification tags are suited for both industrial and commercial environments. Common applications include valve tagging in mechanical rooms, circuit identification in electrical panels during service work, equipment labeling during maintenance shutdowns, and inventory management in supply areas. The eyelet design supports use with wire or string, giving the installer flexibility based on the attachment surface. Cotton string (accessory G2501) and wire (accessory G2500) in 12-inch lengths are available separately and are compatible with this tag format.

Key Features

• 3/16-inch reinforced, tear-resistant eyelet for secure attachment
• Compatible with string or wire attachment methods
• Sold in 500-count cases for high-volume use
• Equivalent to part number S-2408
• Works with accessory 12-inch cotton string G2501 or 12-inch wire G2500

Compatibility

Equivalent to part number S-2408. Compatible with 12-inch cotton string G2501 and 12-inch wire G2500 for attachment.

Installation Notes

No tools are required for basic tag attachment. When using wire to secure tags to energized equipment or live circuits, follow applicable NFPA 70E and OSHA lockout/tagout procedures and de-energize the equipment first. For plumbing or mechanical applications, tag valves and equipment during scheduled shutdowns to avoid confusion during live system operation.