X-Tag™ is built for forges, foundries, reheat mills, and heat-treated materials that face long cycles of high heat, atmospheric annealing, and demanding industrial handling.

• Designed specifically for forges and foundries
• Built for atmospheric annealing ovens and cycles of long, high heat
• Withstands 1,800°F / 982°C for up to 48 hours and multiple heat cycles
• Helps track materials heat treated over extended periods
• Resistant to common cleaners and solvents
• Highly resistant to sunlight and fading
• Supports 1D and 2D barcodes, graphics, characters, and preprinted tag options
• Traceability that stands up to long-cycle heat treatment.
• Built for the heat cycles that destroy ordinary identification.

X-Tag™ is designed for operations where identification must survive extreme heat over extended periods. In forges, foundries, reheat mills, and annealing environments, standard labels and lower-temperature tags may fail long before the material completes its process. X-Tag™ is built to remain identifiable through long high-heat cycles and demanding industrial conditions.

InfoSight describes X-Tag™ as designed specifically for forges and foundries and built to stand up to atmospheric annealing ovens and cycles of long, high heat. It withstands temperatures of 1,800°F / 982°C for up to 48 hours and multiple heat cycles.

Built for Long-Cycle Heat Treatment

Not every high-temperature tag is built for extended heat exposure. Some tags may survive a brief temperature spike but fail during long annealing cycles, furnace exposure, or repeated heat treatment. X-Tag™ is designed for those tougher applications where time at temperature matters.

For operations tracking forged parts, castings, billets, and other heat-treated materials, X-Tag™ helps preserve identification through the process. That makes it especially useful when products move through multiple heat cycles or extended furnace dwell times.

Why Traceability Matters in Forges and Foundries

In forge and foundry environments, traceability is not just about labeling. It is about connecting each material or component to the correct job, heat, process history, quality data, and customer requirement. If identification fails during heat treatment, teams may be forced into manual verification, quarantined material, rework, or scrap risk.

X-Tag™ helps keep product identity attached when the process gets hot, long, and demanding. By maintaining readable identification through heat treatment, teams can reduce confusion, improve confidence in material flow, and support stronger production control.

Solve Furnace Tracking and Re-Identification Issues

If your team loses tags after annealing, heat treatment, or furnace cycles, the cost shows up fast. Operators have to stop, sort, verify, and sometimes re-process or re-label material. These delays are especially painful when parts are high-value, similar-looking, or tied to strict quality requirements.

X-Tag™ helps solve this problem by giving your team identification designed for extended heat exposure. Instead of treating traceability as something that happens before and after the furnace, X-Tag™ helps keep traceability connected during the process itself.

The Right Tag for Extreme Heat and Repeated Cycles

X-Tag™ is a strong fit for forges, foundries, reheat mills, annealing operations, and facilities tracking materials through extended heat treatment. It is especially useful when the process involves high temperatures, long furnace times, multiple heat cycles, cleaners, solvents, abrasion, and outdoor staging.

For teams searching for forge tags, foundry tags, annealing tags, high-temperature metal tags, heat treatment ID tags, furnace tags, reheat mill tags, or barcode tags for extreme heat, X-Tag™ provides a purpose-built solution for demanding industrial traceability.