Pryor TI0602 Hardened Steel Number 2 Stamp 0.25 Inch

Product Description

The PRYOR TI0602 is an individual hardened steel number stamp for the character 2, sized at 0.25 inches. It is a single-character marking tool used to strike permanent impressions into metal, wood, plastic, and other workable surfaces. Fabricators, pipefitters, machinists, and maintenance technicians rely on individual stamps like this one to mark part numbers, date codes, serial numbers, and identification characters on workpieces. The hardened steel construction provides durability through repeated hammer strikes without deforming the striking face or the character profile.

This stamp is suited for use in fabrication shops, maintenance facilities, and field service applications where permanent part identification is required. It works as a standalone character in custom sequences or alongside other individual stamps from the same series. Typical applications include stamping identification on pipe fittings, flanges, fabricated assemblies, tooling, and equipment nameplates. The 0.25-inch character size is a common standard for trade and industrial marking tasks.

Key Features

• Hardened steel construction resists deformation under repeated hammer strikes
• 0.25-inch character height for clear, legible impressions
• Single character 2 allows flexible custom-sequence stamping
• Individual stamp format - purchase only the characters needed
• Lightweight at 0.29 pounds for easy one-hand use

Compatibility

Designed as an individual replacement or supplemental stamp compatible with standard 0.25-inch hand stamp sets used in industrial and trade marking applications.

Installation Notes

Use with a ball-peen or machinists hammer of appropriate weight for the material being stamped. Secure the workpiece firmly before striking to ensure a clean, centered impression. When stamping on hardened or treated surfaces, verify that the base material hardness does not exceed the stamp hardness to avoid tip damage. Always wear appropriate eye protection during stamping operations.