Value Collection LR.5X36 H13 Tool Steel Round Rod

Product Description

The VALUE COLLECTION LR.5X36 is an H13 tool steel round rod measuring 0.5 inches in diameter and 36 inches in length. H13 is a chromium-based hot-work tool steel known for its resistance to thermal fatigue and ability to maintain hardness at elevated temperatures. This rod ships with a mill finish and is produced decarb free, meaning the outer surface retains its full carbon content without a soft decarburized layer. At 2.2 pounds, it is ready for machining, toolmaking, or fabrication work without additional surface prep. Machinists, tool-and-die makers, and metalworking shops are the primary users of this stock.

This round rod is suited for applications that require a tough, heat-resistant tool steel in bar stock form. Common uses include die inserts, mandrels, punches, cores, and other tooling components that see repeated thermal cycling or high-pressure contact. The decarb-free condition makes it particularly useful when near-net machining or close-tolerance work is required directly from stock. It is appropriate for both prototype tooling and production tooling environments.

Key Features

• H13 hot-work tool steel grade for high-temperature and high-impact tooling applications
• Decarb-free condition preserves full surface carbon content for consistent hardness after heat treatment
• Mill finish surface straight from production - no additional coating or treatment
• 0.5 inch diameter round rod in a 36 inch length provides a versatile stock size for machining
• 2.2 pound piece weight suitable for bench or CNC lathe work

Compatibility

Designed as a general-purpose H13 tool steel round rod stock suitable for use in toolmaking, die making, and precision machining applications where hot-work tool steel is specified.

Installation Notes

Cutting and machining of tool steel rod should be performed by qualified machinists using appropriate cutting tools rated for alloy and tool steels. Secure the workpiece firmly before any cutting, grinding, or turning operation. Eye protection and proper chip control measures are required when machining this material. If heat treatment is planned after machining, follow established H13 austenitizing and tempering procedures appropriate to the intended application hardness.